15 11 2010 Tecnologia Banda Ancha Inalambrica LTE ALCATEL LUCENT PERU

Tecnología de Banda Ancha Inalámbrica LTE

INICTEL-UNI

15/11/2010

2 | LTE / Alcatel-Lucent. 2 | Presentation Title | January 2008

2 Market Overview1

3 | LTE / Alcatel-Lucent.

Market TrendsiPhone (Apple) and G1 (Google) are bandwidth drivers

X 10XX 1010

X 50XX 5050


Terminals’ design and usability makes the differenceThe iPhone impact

iPhone users versus average:

6%58%Web search

4%50%Social

networking

3%35%Google Maps

1%30%YouTube

5%31%Streaming

video

Other usersIPhone usersUsage

The recent iPhone launch has raised consumer interest in Internet-capable mobile devices and should stimulate the mobile data market in each country.

“iPhone‘ user spends 20 times more”

Peter Erskine, Telefonica Executive.

Expansión, Jan 28, 2008

Because its functions seem interestingBecause its design is superiorBecause its interface seems easy to useBecause I like Apple's products


New devices, new applications

Increase in the volume of traffic: M2M, Cloud Computing, Video, UGC…

Increase in the diversity of traffic: “The Internet of things”

M2M Cloud Computing Video UGC


Recap on Wireless Capacity Issue

… From 2008 to 2013 …

Data Traffic Forecasted x17

•… Data revenues Forecasted x1.8

Informa (May09)

Informa (May09)

Telecom Operators Scissor Effect

Data Era

Voice Era

Revenue

Tra

ffic

Traffic and Revenue

Divergence

Time

Telecom Operators Scissor Effect

Data Era

Voice Era

Revenue

Tra

ffic

Traffic and Revenue

Divergence

Time


Excellent performancefor outstanding Quality

of Experience

Spectrum flexibility

Wide spectrum and bandwidth range

cost effective IP architecture and

transport

Smooth integration

Mobility, load balancing and upgrade path

326Mbps

10ms RTT

CDMA, GSM, W-CDMA, WiMAX

20MHz

1.4MHz

2.6GHz

700MHz

Flat IP

A flexible technology addressing operators challenges

LTE is the answer

88 | Presentation Title | January 2008

2 LTE Technology Overview2

9 | LTE Alcatel-Lucent

A common evolution …

What is LTE?

OFDMA MIMO Flat IP

Robust modulation in dense

environmentsOFDMA (DL) / SC-FDMA (UL) Increased spectral efficiency. Simplified Rx design cheaper UE Scalable - go beyond 5 MHz

limitation

Increased link capacity

Multiple-input, multiple-output UL& DL.

Collaborative MIMO (UL). Overcome multi-path

interference

Flat, scalableShort TTI: 1 ms (2 ms for HSPA). Backhaul based on IP / MPLS transport. Fits

with IMS, VoIP, SIP

L

T

E

GSM/UMTS

GSM/EDGE

GSM/EDGE

1X/EV-DO RevA

1X/EV-DO RevA

B/A+

HSPA+

UMTS/HSPA+

TD-SCDMA

WIMAX

…introducing highly efficient technologies

4G“3.9G”3G

IMT-Advanced family

Definition in progress by ITU-R

IMT-2000 family

•100 Mbps peak, mobile

•1 Gbps peak, fixedLTE introduces the building blocks of 4G

1.4MHz 3MHz 20MHz10MHz5MHz

LTE bandwidths options

CDMA2000 1X


LTE: Compelling performance

� Higher Peak throughput (Mbps)

� Latency Reduction

HSPA(5MHz)

HSPA+(5MHz)

LTE MIMO 2x2(10MHz)

HSPA HSPA+ WiMAX

50 ms

65 ms

50 ms

60

18

42DL11

UL14DL

5UL

LTE MIMO 2x2(20MHz)

120

36

LTE

10 ms

WiMAX (10MHz)

36DL9

UL

– User created content

– Multi-screen

– Gaming

Low latency enables fast channel

adaptation therefore allowing high

speed applications

– More…

High peak throughput enables rich

content applications over LTE

– HD TV

UL

UL

DL

DL


IP transformation in mobile networks

RNC

Radio intelligence moving to eNodeB

1 2 4

Node B

Multimedia Services

SGSN

Backhaul (TDM/ATM)

RNC bearer mobility evolves to the SGW

3

Backhaul transition

to IP/Ethernet

Backhaul (IP/Ethernet)

MSC voice and SGSN packet mobility

evolves into the SGW RNC control

distributed into

the MME/eNB

SGSN control evolves into the MME

CS Core

5

CS and PSevolve into aunified all-IP

domain

Service and mobile aware all-IP network

MME

PCRF

PDN GWSGWeNodeB

PS Core

GGSN

Best effort evolves to E2E QoS

6 7

Internet

TODAY

LTE

11 | TS110 - Evolved Packet Core | April 2009


LTE architecture

MME: Mobility Management EntityPCRF: Policy Charging Rules FunctionPDN: Packet Data NetworkS-GW: Serving GatewayP-GW: PDN GatewayHSS: Home Subscriber Server


Voice SolutionCircuit Switch Fallback and IMS

14 | LTE Alcatel-Lucent14 | Presentation Title | January 2008

2 LTE 700 MHz3


700 MHz

Spectrum Allocation in US & 3GPP bands 12 & 13

UL

DL

DL

UL

3GPP band 12

�UL 698-716MHz

�DL 728-746MHz

�BW 18MHz

3GPP band 13

�UL 777-787MHz

�DL 746-756MHz

�BW 10MHz


2 LTE Devices4


LTE device availability

Instopable Waves for a fast mass market adoption

Prototype productsPrototype products

LTE New connected devices

LTE New connected devices

LTE low end handset

H1 H22009

H1 H22010

H1 H2

2011H1 H2

2012H1 H2

2013H12014+

Field Trials Early Launches Mass Market Adoption

In 2009, LTE ecosystem is already backed by the top 5 device suppliers and the wireless chipset champions

LTE Middle end handset

3rd Gen LTE solution

2nd Gen LTE solution

LTE solution Prototype 1st Gen LTE solution

Commercial Devices (High End), USB, Netbook, Smarphone, W-DSL…

Commercial Devices (High End), USB, Netbook, Smarphone, W-DSL…

In 2011, the LTE technologies is ready for the Mass Market with mature chipsets ready for Wireless and Consumer electronic suppliers

In 2013, The LTE technologies would become commodities for smooth integration into any type of wireless synchronised devices


2 Applications5


Enterprise collaboration

& e-Healthcare

Consumer media & entertainment

Automotive connectivity

Digital signage

Computing experience

UniversityInnovations

Program

� Accelerate innovative services

� Enable new business models

� Attract open innovation

� Enable continuous experience wireline and wireless access

Leading the next-generation open ecosystem


www.alcatel-lucent.com

Documents

15 11 2010 Tecnologia Banda Ancha Inalambrica LTE ALCATEL LUCENT PERU