72
Copyright© ANRITSU What about Test & Measurements / Simulations? Cezar Faria Application Engineer November 2014 The Future of Mobile Broadband LTE / LTE-Advanced / 5G

The Future of Mobile Broadband LTE 2014

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Page 1: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

What about Test amp Measurements Simulations

Cezar Faria Application Engineer

November 2014

The Future of Mobile Broadband

LTE LTE-Advanced 5G

Copyrightcopy ANRITSU

Anritsu Company Profile

Anritsu

Confidential

Anritsu Brazil

bull First office out of Japan since 1977

bull Paid-up capital

19052 million yen (as march 31 2014)

bull Sales

101853 million yen (consolidated)

(year ended March 31 2014)

54091 million yen (non-consolidated)

(year ended March 31 2014)

bull Employees 3880 (as of March 31 2014)

5-1-1 Onna Atsugi-shi Kanagawa 243-8555 Japan

Tel (046) 223 -1111

wwwanritsucom

bull First founded as Sekisan-sha in 1895

bull Established as Anritsu Electric Corporation

on March 17 1931

Copyrightcopy ANRITSU

Global Operations

Copyrightcopy ANRITSU

Topics

4

bull LTE Trends

bull LTE Basics Overview

bull LTE R9 Enhancements

bull LTE R10 Enhancements

ndash LTE Advanced

ndash Anritsu Portfolio amp Support for LTE R10

bull R11 and Beyond

ndash LTE Advanced2

bull ANRITSU Portfolio

Copyrightcopy ANRITSU

Wireless Operator Trends and

Anritsu Alignment

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 2: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Company Profile

Anritsu

Confidential

Anritsu Brazil

bull First office out of Japan since 1977

bull Paid-up capital

19052 million yen (as march 31 2014)

bull Sales

101853 million yen (consolidated)

(year ended March 31 2014)

54091 million yen (non-consolidated)

(year ended March 31 2014)

bull Employees 3880 (as of March 31 2014)

5-1-1 Onna Atsugi-shi Kanagawa 243-8555 Japan

Tel (046) 223 -1111

wwwanritsucom

bull First founded as Sekisan-sha in 1895

bull Established as Anritsu Electric Corporation

on March 17 1931

Copyrightcopy ANRITSU

Global Operations

Copyrightcopy ANRITSU

Topics

4

bull LTE Trends

bull LTE Basics Overview

bull LTE R9 Enhancements

bull LTE R10 Enhancements

ndash LTE Advanced

ndash Anritsu Portfolio amp Support for LTE R10

bull R11 and Beyond

ndash LTE Advanced2

bull ANRITSU Portfolio

Copyrightcopy ANRITSU

Wireless Operator Trends and

Anritsu Alignment

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 3: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Global Operations

Copyrightcopy ANRITSU

Topics

4

bull LTE Trends

bull LTE Basics Overview

bull LTE R9 Enhancements

bull LTE R10 Enhancements

ndash LTE Advanced

ndash Anritsu Portfolio amp Support for LTE R10

bull R11 and Beyond

ndash LTE Advanced2

bull ANRITSU Portfolio

Copyrightcopy ANRITSU

Wireless Operator Trends and

Anritsu Alignment

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 4: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Topics

4

bull LTE Trends

bull LTE Basics Overview

bull LTE R9 Enhancements

bull LTE R10 Enhancements

ndash LTE Advanced

ndash Anritsu Portfolio amp Support for LTE R10

bull R11 and Beyond

ndash LTE Advanced2

bull ANRITSU Portfolio

Copyrightcopy ANRITSU

Wireless Operator Trends and

Anritsu Alignment

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 5: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Wireless Operator Trends and

Anritsu Alignment

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 6: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Alignment with Americas Operators

bull Provide ATampT W-CDMA and LTE CAT per 10776

Requirements

bull Provide T-Mobile LTE and W-CDMA CAT (Sole Provider

for W-CDMA)

bull Provide Verizon LTE CAT per Open Development and

Branded Requirements

bull Launching Sprint CAT

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 7: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Market Trends in Wireless

Devices

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 8: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Smartphone Growth is Accelerating

bull Smartphones Lead Growth Over Feature Phones

ndash 100 GrowthYear (Gartner)

ndash 25B Smartphones to be Shipped in 2011-2014

bull 25 YOY Growth in Data Revenue (ATampTVerizon)

ndash Primarily Driven By Smartphone Access

bull Brazilian growth from 2011 to 2016 is expected to be 44 (IDC)

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 9: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

The Range of Devices is Expanding Far Beyond

Traditional Mobile Phones

bull Non-Handset Device Shipments are Expected to Grow 25 - 40 from 2009 to 2014 (ABI Research)

bull Integration into PCs Netbooks Tablets Game Stations and Other Consumer Devices is Highly Common

bull Embedded Applications Exist in

ndash Medical Monitoring (WMD)

ndash Telematics (Onstar Denatran)

ndash Smart Grid

ndash Oil and Gas

ndash Broadband to Wi-Fi Access Points

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 10: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Trends in High Level OS

(HLOS)

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 11: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

The UE HLOS Market is Highly Competitive

bull Many Different Competitors Including Windows Phone Android Apple iOS

bull Windows Phone Accelerated by Alliance with Nokia

ndash OVI Maps Bing Office X-Box Live and AdCenter will be Pooled

ndash Microsoft Marketplace and Nokia Apps Store will be Integrated

bull OS Success Will be Determined By Ability to Attract Developers and Develop an ldquoEnvironmentrdquo

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 12: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Trends in Application

Processors and Application

Software

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 13: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Application Processor Market

bull 25 YOY growth totaling $47 billion in Q1 2014

bull Qualcomm claimed the majority revenue share with 53 of the market

Samsung Hummingbird and iPhone A4 Share the Same ARM A8 Cortex

Core (UBM TechInsights)

bull Qualcomm Snapdragon ndash 55 Devices Including Tablets

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 14: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Applications are Driving the UE Market

bull 60B Application Downloads in 2012 Growing to 270B in 2017 (Gartner) ndash Real time gaming HD videoconferencing augmented reality etc

ndash 8 of Top 10 Downloads are Games (Distimo)

bull Developer Mindshare is Critical for Driving Application Development ndash Shift in Developer Activity from PCs and Game Consoles to Smartphones

ndash gt200 Growth

bull Future Smart Applications (Qualcomm) ndash Knows You and Your Surroundings

ndash Senses Local Content and Services

ndash Learns What you Like

ndash Interacts with Networks

ndash Discovers Relevant Things

ndash Sees with Augmented Reality UI

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 15: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Market Overview

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 16: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

United States

bull T-MobileMetroPCSndashSept 2010

bull Verizon ndash Dec 2010

bull ATampT ndash Sept 2011

bull LeapCricket ndash Dec 2011

bull US Cellular ndash March 2012

bull Sprint ndash July 2012

bull C Spire ndash Sept 2012

bull T-Mobile March 2013

16

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 17: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Network Deployments in the Americas

Canada bull Rogers (July 2011) Bell Telus

Eastlink Allstream amp Sasktel

(TDD)

Latin America bull Brazil ndash Claro On (TDD) Oi Sky

(TDD) VIVO amp TIM

bull Mexico ndash Telcel amp Movistar

bull Puerto Rico ndash ATampT Claro Open

Mobile Sprint amp T-Mobile

17

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 18: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Network Deployments Worldwide

18

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 19: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Device Availability

19

bull 2216 Devices Overall

ndash 978 New Devices in One Year

bull LTE Smartphones are Available in the Largest Number

bull RoutersHotspots are the Second Highest in Availability

bull 644 TD-LTE Devices

Oct 2014

Gsacomcom

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 20: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Baseband Market

bull Revenue from baseband processors for mobile phones and tablets will increase from $157 billion in 2012 to $221 billion in 2017 (Gartner)

ndash Qualcomm (66 Market Share ndash Q1 2014)

ndash MediaTek (15 Market Share ndash Q1 2014)

ndash Spreadtrum (5 Market Share ndash Q1 2014)

ndash ST-Ericsson

ndash Broadcom (200 Growth 2009 to 2010)

bull Renesas Marvell Intel Via Telecom and NvidiaIcera Round Out Top-10

bull Separate 2G 2G3G and 4G Market Segments

ndash Integration of 4G with 2G3G in the Future

ndash Qualcomm Leading

ndash Intel has announced that its paid $15 billion for a 20 percent share in two of Chinas biggest mobile chipmakers Spreadtrum and RDA Microelectronics

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 21: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Market Dynamics for LTE Basebands

bull LTE is Experiencing Rapid Growth Through 2014 ndash 100M LTE Subs by 2014 (Juniper Research)

bull LTE Upgrade Path ndash LTE Release 8 ndash In Networks Today

ndash LTE Release 9 ndash Interim Upgrade for Rel 8

ndash LTE Advanced ndash In Deployment Today

ndash 350 LTE networks by the end of 2014 (GSA Jul 2014)

bull Future Trends ndash Multiple Carriers Higher-Order MIMO (4x2 and 4x4)

Beamforming

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 22: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Wireless trends amp Anritsu technology strategies

22

bull Sustained growth of LTE worldwide deployment VoLTE and RCSe will become key technologies for operators

bull Rel 10 is the current standard for LTE network deployment

bull LTE-A development is accelerating and first commercial network have been deployed

ndash Carrier Aggregation Het Net (eICIC) WiFi offload and Small Cells are important

bull Subscriber numbers growing due to multi device ownership (eg tablets) and M2M growth

Anritsu Response

bull Enhance LTE-A test with advanced network simulation (MD8430A)

ndash All platforms support FDDTDD and LTE-A (CA) through software upgrades

bull Enable full VoLTE testing (RTD) with IMS test capability

ndash Full support for RCSe VoLTE SRVCC IMS and SIP

bull Combined UE signalling and IPEthernet applications test for best capability for our customers (MD8475A)

bull Multi-RAT network in one box that is easy to learn and easy to use (MD8475A)

ndash Wide ranging UE test capability via interactive GUI and scripted automation

bull Continue leading GCFPTCRB test case availability CAT systems (ME7834L ME7873L)

bull New platforms for field installation troubleshooting and PIM analysis (MW82119A)

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 23: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MWC 2013

Future Baseband Trends

2006 2007 2008 2009 2010 2011

3GPP

Long Term Evolution

UMTSHSPA Radio Access Network Evolution

EDGE Radio Access Network Evolution

3GPP2 CDMA2000EV-DO Network Evolution

IEEE Mobile WiMAX Network Evolution

EDGE Evolved

DL 19 Mbps

UL 947 kbps

IEEE 80216m

LTE

DL 100 Mbps+

UL 50 Mbps+

R8 HSPA Evolution

DL 42 Mbps

UL 11 Mbps

R7 HSPA Evolution

DL 28 Mbps

UL 11 Mbps

EDGE

DL 474 kbps

UL 474 kbps

HSDPAHSUPA

DL 14 Mbps

UL 57 Mbps

Fixed WiMAX

80216d

Mobile WiMAX Wave2

DL 46 Mbps

UL 4 Mbps

Mobile WiMAX Wave1

DL 23 Mbps

UL 4 Mbps

HSDPA

DL 14 Mbps

UL 384 kbps

EV-DO Rev B

DL 147 Mbps

UL 49 Mbps

EV-DO Rev A

DL 31 Mbps

UL 18 Mbps

EV-DO Rev 0

DL 24 Mbps

UL 153 kbps

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 24: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Basics Overview

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 25: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

What are LTE SAE and EPC

25

bull Long Term Evolution (LTE) is an umbrella expression describing

the work of the 3GPP RAN Working Groups

a) Create a new evolved RAN (E-UTRAN)

b) Create a technology to replace UTRAN (W-CDMA)

bull System Architecture Evolution (SAE) describes the work of the

3GPP SA2 Working Group

ndash Develop a framework for an evolution of the 3GPP system to

bull Higher-data-rates

bull Lower-latency

bull Packet-optimized architecture

bull Support for multiple Radio Access Technologies (RATs)

ndash The work focuses on creating an Evolved Packet Core (EPC)

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 26: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Version History for LTESAE

26

bull The Study Item that led to R8 LTE (39G) was started in

late 2004

ndash Work Item complete in late 2008 (core and test specs frozen)

ndash TeliaSonera launched the 1st commercial R8 LTE networks in Oslo

and Stockholm in December 2009

bull R9 LTE (39G) was completed in March 2010

bull R10 LTE Advanced (4G) was completed in April 2011

ndash Focus on Carrier Aggregation and enhanced MIMO to increase

data rates

ndash Carrier Aggregation Demonstrated to the FCC by Qualcomm and

ATampT in May 2011

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 27: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Version History for LTESAE

27

bull R11 LTE Advanced was completed in December 2012

ndash Focus on Heterogeneous Networks (HetNets) and Coordinated

Multipoint (CoMP)

bull R12 LTE Advanced was scheduled for completion in June

2014 (but now delayed)

ndash Focus on enhanced small cells enhanced MIMO (massive MIMO)

higher-order Carrier Aggregation (3 carrier downlink 2 carrier

uplink and FDDTDD) and new services (Machine-Type

Communications Device-to-Device communications etc)

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 28: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Basic Performance for LTESAE

28

Rel 8

LTE

Rel 10

LTE Advanced

ldquo4Grdquo

IMT-Advanced

Targets

Peak Data Rate DL 300 MBs 1200 MBs 1 GBs

UL 75 MBs 600 MBs 500 MBs

Peak Spectrum

Efficiency

DL 15 bpsHz 30 bpsHz 15 bpsHz

UL 375 bpsHz 15 bpsHz 675 bpsHz

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 29: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Physical Layer Highlights for R8 LTE

29

bull Downlink

ndash Orthogonal Frequency Division Multiple Access (OFDMA)

ndash Single Input Single Output (SISO) and Multiple Input Multiple Output

(MIMO) operation

bull Uplink

ndash Single Carrier Frequency Division Multiple Access (SC-FDMA)

ndash SISO only

bull Support for multiple channel bandwidths

ndash 14 3 5 10 15 and 20 MHz

bull Low latency

ndash Supporting real-time voice and gaming

bull Duplex options

ndash Frequency Division Duplex (FDD) and Time Division Duplex (TDD)

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 30: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Frequency Bands

30

TDD

FDD

Band 2 US Canada S America

Band 38 Europe Japan Taiwan Band 39 China

Band 17 ATampT US Band 14 US Canada Public safety

Band 25 26 27 US Canada

South America

Band 4 Americas Canada

Band 13 Verizon US Canada

Band 1 Japan Asia EU

Band 5 US Canada Aus Korea

Band 3 France Poland Nordic Korea

Band 7 Europe HK

Band 18 Japan KDDI

Band 11 Japan

Band 41 US China Japan

Band 40 Australia China India

Band 20 Europe Germany

Band 8 Korea

Band 19 21 28 Japan

Band 12 US Canada (AWS)

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 31: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

bull Multiple Input Multiple Output (MIMO)

ndash Refers to use of multiple antennas both at the TX and RX

bull LTE MIMO can be subdivided into three categories

ndash Beamforming

ndash Space Frequency Coding bull Same data streams on all antennas

bull Increased SN at cell edge

ndash Spatial Multiplexing bull Different data streams on all antennas

bull Higher data rates

MIMO in LTE

31

Serial

to

Parallel

Parallel

to

Serial

Data 2 R bps

Two Spatial Streams

R bps

R bps

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 32: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE UE Categories

32

9 450 50 60 X X

10 450 100 60 X X

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 33: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

IP Multimedia Subsystem (IMS) and VoLTE

33

bull IMS supports a wide variety of services

ndash Including voice (VoLTE) video presence geo-location and others

bull In an LTE network IMS is enabled by Call Session Control Function

(CSCF) servers

bull Handover from VoLTE to CS services is enabled by Single Radio

Voice Call Continuity (SRVCC)

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 34: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

R9 Enhancements

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 35: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Multimedia Broadcast Multicast Services (eMBMS)

35

bull Point-to-multipoint service

bull New network elements are required for eMBMS

ndash Broadcast-Multicast Service Center (BMSC)

ndash MBMS Gateway

ndash Multi-Cell Coordination Entity (MCE)

bull Deployment options include single cell or Multimedia Broadcast Single

Frequency Network (MBSFN) using multiple eNBs

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 36: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

IMS Service Continuity

bull Single Radio Voice Call Continuity

(SRVCC) first defined in R8 -

seamless session continuity as

the user moves between access

networks

bull In R9 functionality enhanced by

allowing transfer of a userrsquos

sessions to and from other

devices belonging to the user

ndash eg Video stream transferred to a

large-screen TV

bull In addition a user can add or

delete sessions on multiple

devices controlled from a single

device

36

Eric Macioszcyk

catis-blogcom

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 37: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

IMS Emergency Services

bull For LTE devices 911190 and other emergency calls need to be routed to local emergency services in the serving network

ndash Device could be at home or roaming nationallyglobally

bull Emergency services should be supplied to at least validated devices and possibly barred USIM-less and other devices

bull Mobility handovers SRVCC etc should be allowed for emergency calls

37

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 38: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Enhanced Downlink Beamforming

bull R8 includes 5 types of multi-antenna techniques that can be used ndash Transmission Mode 1 to 7

(TM1-TM7)

ndash Dynamically adjusted based on feedback from the UE

bull R9 adds an extension of Single Layer Beamforming (TM7) called Dual-layer Beamforming (TM8) ndash Allows the transmitter to apply

beamforming on top of dual layer downlink transmissions

38

Electronics Products

April 3 2012

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 39: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

39

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 40: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Support for LTE R9

40

bull eMBMS ndash MD8430A + RTD

bull IMS Service Continuity ndash MD8430A + MD8480C + RTD + Radvision supports SRVCC

ndash MD8475A supports SRVCC

ndash ME7834L (Protocol Conf and Carrier Acceptance) supports SRVCC

bull IMS Emergency Services ndash MD8430A + RTD + Radvision ProLab

bull Dual-Layer Beamforming (TM8) ndash MD8430A + RTD

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 41: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

- LTE Advanced

R10 Enhancements

Mobile Devices Solutions

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 42: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Carrier Aggregation

42

bull LTE Advanced must support bandwidth of 100 MHz to achieve IMT-

Advanced targets of 1 GBS DL and 500 MBs UL

bull Itrsquos difficult to find 100 MHz of contiguous spectrum so Carrier

Aggregation enables joining spectrum ldquotogetherrdquo

ndash Multiple options including Contiguous Non-ContiguousIn-Band and Non-

ContiguousOut-of-Band

bull Backwards compatible with LTE R8

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 43: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Enhanced Downlink MIMO and Uplink MIMO

bull LTE R8 supports up to 4x4 MIMO on the downlink with 4 Layers ndash eg 4 Cat 4 streams could

support 4 x 150 MBs = 600 MBs

bull LTE R10 doubles R8 capabilities with up to 8x8 MIMO on the downlink with 8 layers ndash eg 8 Cat 4 streams could

support 8 x 150 MBs = 1200 MBs

bull LTE R8 uplink supported only SISO but R9 enables up to 4x4 MIMO

43

Anirban Das

MTT Global Services

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 44: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Heterogeneous Networks (HetNets)

44

bull Concept is that lower power cells are placed as underlays in higher

power macrocells

ndash Lower power cells include micro pico femto RRHs and relay

bull Two concepts to avoid interference

ndash Carrier Aggregation-based (frequency domain)

o Control Channels to schedule RBs located in alternate carriers (cross-

carrier scheduling)

ndash Non Carrier-Aggregation-based (time domain)

o Offset control channels in time and transmit Almost Blank Subframes (ABS)

4g-lte-worldblogspotcom

June 11 2012

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 45: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Relay Nodes

45

bull Relay Nodes are essentially base station repeaters at cell edges

ndash Interface between the eNB and Relay Node can be in-band or out-of-band

LTE

bull Extends high data rate coverage area and cell edge coverage

bull Two primary types of relay

ndash L1 relay ndash Amplify and forward

ndash L2 relay ndash Decode and forward

o Reduces interference and noise

over L1 relay

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 46: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Interworking with WiFi

46

bull A typical smartphone can connect to one PDN over LTE and a 2nd

PDN over WiFi but mobility and transfer of PDNs between

connections is undefined before R10

bull R10 Solutions include

ndash WiFi authentication with USIM credentials

bull IP address allocated to be used only at that hotspot No mobility to

LTE

ndash Multi-Access PDN Connection (MAPCON)

bull Multiple connections to different PDNs allowed over LTE and WiFi

bull Inter-system handover enables transfer of PDN connections between

technologies

ndash IP Flow Mobility (IPFOM)

bull UE can access a PDN connection over LTE while maintaining

connectivity to the same PDN over WiFi

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 47: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu LTE Portfolio

47

MT8870A

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 48: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Support for LTE R10

bull Downlink Carrier Aggregation ndash MD8430A+ RTD

ndash MD8475

ndash MT8820C

bull Uplink Carrier Aggregation ndash MD8430A + RTD

bull Downlink MIMO ndash MD8430A + RTD (8x2 Today)

bull Uplink MIMO ndash MD8430A + RTD

bull Heterogeneous Networks ndash MD8430A + RTD

bull Relay Nodes

bull Interworking with WiFi

- MD8475A (with AP)

48

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 49: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

R11 and R12 Mobile Devices Solutions

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 50: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Coordinated Multipoint (CoMP)

bull When a UE is at the cell edge region

ndash The UE may be able to receive signals from multiple eNBs

ndash The UErsquos transmitted signals may be received at multiple eNBs

bull If downlink signaling is coordinated performance can be increased

ndash Techniques include interference avoidance or transmission of the same data from multiple cell sites

bull For the uplink if scheduling is coordinated from multiple sites system performance can be increased with multiple receptions

50

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 51: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

R12 Highlights

51 Slide Title or URL

Unwiredinsightcom

Alastair Brydon

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 52: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu test amp monitoring portfolio

bull Broad portfolio covering a wide range of the

mobile broadband industry

ndash Base station amp backhaul RampD manufacture

ndash Cell site installation amp maintenance

ndash Chipsetdevice RampD certification and production

ndash Network service assurance amp performance

monitoring

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 53: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Devices

For RampD For Maintenance

bull Smartphones

bull Tablets

bull Chipset Reference Designs

Verification LTE RampD

Application

Enablers

LTE Global Commercialization

For Manufacturing

- LTE 3G including TD-SCDMA and 2G

- CP and non-CP Test Options

Continuing 3G Dominance and LTE Growth

For Certification

Protocol and

Carrier Tests RF amp RRM

Device certification launched

IP Test

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 54: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

LTE Infrastructure

Rapidly increasing Mobile Data Traffic

- Network Construction

- Service Area

For Installation For Coverage For Manufacturing

Service Area Verification

and Assists Service Area

Map Creation

Accurately and Quickly Test and Verify the Installation and Commissioning of Base Stations

Faster Network Rollout Minimized Investment Fast and efficient for

accurate measurements

Radio transceiver tests in

production and repair

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 55: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Wireless Test

Portfolio

MWC 2013

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 56: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Anritsu Wireless Portfolio

Conformance

Test

Carrier

Acceptance

Test (CAT)

Production Integration

Functional Test

Chipset Design

Core UE RampD

MS269xA amp MS2830A

Signal Analyzer

MG3710A

Signal Generator

MD1230B

Data Quality Analyzer

MT8820C

Radio Communication

Analyzer

(UE Calibration and

RF Parametric Test)

MT8820C

Radio Communication

Analyzer

(RF Parametric Test)

ME7873L

RF Conformance

Test System

ME7834L

Mobile Device

Test Platform

MD8475A

Signaling Tester

(Application Test)

MD8430A

Signaling Tester with RTD

(L1L2 Protocol Stack Test)

MD8475A

Signaling Tester

(Application Test)

ME7873L

RFRRM

Conformance

Test System

ME7834L

Mobile Device

Test Platform

MT8870A

Universal Wireless

Test Set

(UE Calibration and

RF Parametric Test)

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 57: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MD8430A LTE Signaling Tester Overview

Supports FDD TDD and Inter-working

UE Category 1 2 3 4 5 6 and 7

DL Throughput 300 MBs (IP)

UL Throughput 100 Mbps (IP)

DL - 2x2 4x2 and 8x2 MIMO

4 Full-Stack + 2 Partial-Stack eNode Bs

RF and Digital IQ interface

VoLTE-Related Features

RoHC SPS TTI Bundling DRX

3GPP Rel 9 10 and 11 Support

Transmission Mode 8 and 9

Positioning Reference Signal

eMBMS

eICIC and feICIC

Carrier Aggregation (FDD and TDD)

MD8430A Signaling Tester

LTE

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 58: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MD8430A Carrier Aggregation Demos at MWC

2012 ndash Intra-Band CA with

Signalion UEs

2013 ndash Inter-Band CA with

Qualcomm FFA B4 + B17

2014 ndash Cat 6 Inter-Band CA

Intel and Qualcomm FFA

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 59: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MD8430A ETM MasterSlave Architecture Example

Secondary Cell Handover Primary and Secondary Cell Handover

RTD

MF6900 MF6900

CC1 CC2

Master

MD8430A

(ETM)

Slave

MD8430A

(xTM)

CC3 CC4 CC3

CC4

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 60: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

ME7873L RFRRM Conformance Test System Overview

bull Scalable Configuration

ndash TX RX Performance and RRM

ndash FDD and TD-LTE Options

ndash Carrier Aggregation for Either FDD or TD-LTE

ndash R7 and R8 W-CDMA Options

ndash Optional Integrated Full LTE + W-CDMA

ndash Support for Bands 1-5 7-14 17-21 24-29 and 33-41

bull Most Validated Test Cases - GCF and PTCRB

bull LTE Inter-RAT to W-CDMA GSM C2K and TD-SCDMA Available

bull RF CAT Capability for Multiple Operators

bull RampD Functionality

ndash Search Mode Parameter Variability Protocol Logging and Analysis

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 61: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

ME7873L TRX Perf RRM LTE RF Conformance

61

TRX Basic

TS36521-1 CH67

(Except spuriousblocking measurement )

TRX Full

TS36521-1 CH67

TRXPerf

TS36521-1 CH6-9 (TRx amp PERF TCs)

TRXPerfRRM

TS36521-1 CH6-9 (TRx amp PERF TCs) +

TS36521-3 RRM TCs

Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 62: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

ME7834AL Mobile Device Test Platform

bull Delivers Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) in a Single Scalable Platform ndash W-CDMA Signaling CT Based on

TTCN2 ndash LTE Signaling CT Based on TTCN3 ndash CAT Based on RTD

bull CAT for Multiple LTE and W-CDMA Operators Supported ndash Including ATampT and Others

bull Many Different CAT Test Packages ndash Data Performance ndash System Selection ndash LTE Inter-RAT ndash VoLTESRVCC ndash CSFB ndash LTE SMS

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 63: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Example

configuration

MD8480C

UTRANGERA

N Signalling

MD8430A

LTE Signalling

MF6900 Fading

Simulator

MN8141 RF

Combiner

MD8470A

CDMA200

0 Signalling UUT

(Unit Under

Test)

ME7834 Mobile Device Test Platform Multi-Application System Components

PC

PCT app

s

CAT app

s

Protocol

Applications

MD8475A

TD-

SCDMA Signalling

Software

IMS Signalling Scalable for Growing Technologies

and Budgets

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 64: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Built-in VoLTEIMS Capability ndash CSCF DHCP DNS Server functions

ndash NDP function XCAP function

ndash IMS Supplementary Service

ndash Rich Communication Services (RCS)

Built-in SMS Center

Built-in PWS Center ndash CMAS and ETWS

Built-in PHYIP layer throughput monitor

RF Measurements

LTE System Simulation for FDD and TDD

Supports 150MBs (Cat 6) throughput with 2x2 MIMO

Multi-System Capable Platform ndash W-CDMAHSPAHSPA evoDC-HSDPA GSMGPRSEGPRS

ndash CDMA2000 1XEV-DO TD-SCDMAHSPA

ldquoSmartStudiordquo State-Machine Based GUI

2-Cell Mobility Testing ndash 2-cell IntraRAT LTE 2-cell W-CDMA 2-cell GSM 2-cell TDS 2-cell

ndash 2-cell InterRAT LTEW LTEG LTE-TDDTDS WG TDSG

ndash LTE-cdma2000 (Hybrid mode) 2-box Interworking Optimized HO

ndash LTE-cdma2000 single-box Interworking with 2RF

TD-SCDMA

TD-HSPA

CDMA2000

1X1xEV-DO

GSM

GPRS

EGPRS

W-CDMA

HSPA evo

DC-HSDPA

LTE FDD

LTE TDD

MD8475A Signaling Tester Overview

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 65: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

SmartStudiorsquos Powerful Stack Enables A

Wide Range of Testing

Scenario Configurability

Operational

Ease

State-

Machine-

Based

Dynamic

Response

Network amp

UE Status

Monitoring

Latest 3GPP Features

1000s of Adjustable Parameters

Abnormal Network Behaviors

Smart Intelligent processing reacts to DUT actions like a real network

Studio Flexible setting generates a variety of scenarios

SmartStudio Radio

Access Technology

Simulation

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 66: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

SmartStudio Manager

Test Procedures in a Visual Environment

1 Configure RAT

amp Network

(Sim Parameters)

2 Configure BTS

(Cell Parameters)

3 Start Simulation

4 Wait Until UErsquos

in Communication

SmartStudiorsquos simple parameter-based manual operation

translates to compact linearly designed SSM tests

SmartStudiorsquos Manual Operation Scripted SmartStudio Manager Automation

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 67: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MD8475A and Carrier Aggregation

bull LTE Carrier Aggregation (2CC SISO amp MIMO) ndash LTE FDDTDD mode will be supported

ndash Realize easy setup with GUI operation for commercial LTE-CA device verification

2CC SISO (Single-Box Solution) ndash Support functions

PHYIP Throughput DL 150MbpsUL 50Mbps ndash Test applications

Simple packet connectivity tests with CA ndash Operations

Single box support 2CC SISO

SmartStudio

(Master)

2CC 2x2 MIMO (2-Box Solution) ndash Support functions

RF Throughput DL 300MbpsUL 50Mbps IP Throughput DL 150MbpsUL 50Mbps

ndash Test applications Operatorrsquos device acceptance tests Battery consumption tests

ndash Operations Single GUI (SmartStudio on the master

MD8475A) controls slave box also

SmartStudio

(Master)

SmartStudio

(Slave)

New MX847550A-040 LTE Carrier Aggregation Option required

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 68: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Key Unique Points Ease of use

bull SmartStudio GUI allows users to set and configure the IMS test easy

bull No complicated test scripts are required for IMS setting

Comprehensive IMS Test

bull Supports a lot of tests including irregular tests and supplementary service

Analysis and Debug

bull Ethereal and Signalling protocol logging can be checked simultaneously

Built-in Servers

bull IMS and relevant application server can be installed within single platform

bull No external server required then realize small-footprint environment

Multi-RAT Expandability

bull Enough expandability for SR-VCC tests

MD8475A and IMS

VoLTE Device

CSCF DHCP DNS

IMS Supplementary

service

LTE RoHC

NDP XCAP IPsec

IMS Server

IMS Conference Call

RCS

Under Development

SMS over IMS

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 69: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

MD8475A and CMAS

bull Public Warning System (PWS) Message test

ndash Commercial Mobile Alert Service (CMAS) on LTEW-

CDMACDMA2000GSM

ndash Earthquake Tsunami Warning System (ETWS) on LTEWCDMA

bull Primary and Secondary Notification

PWS Center CMAS Message Editor

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 70: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

All-in-One Test Platform Supporting 2G 3G and LTE

Key Features

- Supports 2G3G to LTE with Signaling

LTE TDDFDD3(39G) W-CDMAHSPAHSPA EvolutionDC-HSDPA

GSMGPRSEGPRS CDMA20001 1X1xEV-DO Rev A TD-SCDMAHSPA PHSADVANCED PHS

- Excellent TD-SCDMA functions

- Backwards compatible with MT8820AB

- Supports all manufacturing requirements

- ParallelPhonetrade Mode (PPM) Measurement2

- MT8820B to MT8820C Upgrade

The MT8820C is Anritsursquos all-in-one test platform for

RampD and manufacturing of 2G 3G and LTE UEs

The MT8820C supports all manufacturing

requirements including

- RF calibration

- RF parametric testing

- Functional test

It is backwards compatible with the MT8820B15B

The MT8820C supports Dual Transceivers and

Measurement DSPs in ParallelPhone Mode (PPM)

configurations doubling measurement throughput

and enabling functional testing of SV-LTE DC-

HSDPA DC-HSUPA CSFB Carrier Aggregation etc

1 CDMA2000reg is a registered trademark of the Telecommunications

Industry Association (TIA-USA)

2 Parallelphonetrade is a registered trademark of Anritsu Corporation

3 Please contact our sales representative about LTE-A FDD DL CA

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 71: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Automation Tool covering 93 os Anatelrsquos

Requirements

71

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook

Page 72: The Future of Mobile Broadband LTE 2014

Copyrightcopy ANRITSU

Thank You

72

For more information on Anritsursquos products please visit

wwwanritsucom

or call

1-800-ANRITSU (267-4878)

Become a fan

on Facebook