3GPP Broadband for Public Safety - NPSTC 3GPP Broadband for Public Safety Presentation to: Frank McGhee ... Extensive Public Safety Feature Set ... RNC Non-3GPP. Ericsson

3GPP Broadbandfor Public Safety

Presentation to:

Frank McGheeVP, Government Business Development

Ericsson Confidential 2007-06-052

Agenda

3GPP High Speed Packet Access (HSPA) Market Status

Public Safety Mission Critical features –Status Today

4G LTE for 700 Mhz


IP Service Control

Telephony

1G

SMSPaging

2G

SMS

GSM

Data mobitex

NMT

2,5G

SMS/MMS

GSM

GPRS

3G

GSM

WCDMA/EDGE

Broadcast TV

4G LTE

MBMS

VoIP

LTE

3GPP Mobile EvolutionHSPA

GSM/VoIP

HSPA

SMS/MMS

SMS/MMS

SMS/MMS

MBMS

IMS IMS IMS


World Cellular Subscribers March 2007

Source: Informa Telecoms & Media Estimates, March 2007

The World Wireless Market

North America258 Million

Latin America327 Million

Africa213 Million

Europe and the Middle East938 Million

Asia Pacific1.1 Billion

2.8 Billion(All Technologies)

Ericsson Confidential 2007-06-055Source: Informa Telecoms & Media Estimates, March 2007

The World Wireless MarketSubscribers by Technology

March 2007

*Others includes TDMA, iDEN and PDC

3GPP subs. = 2.4 Billion

84.67%

CDMA 349

Million 12.30%

Others* 86 Million

3%


Commercial HSPA launches world-wide

HSPA global momentum

HSPA device availability

Source: GSA HSDPA Devices Survey

HSPA device types

104 networks in commercial operation in 53 countries

Over 500 million HSPA subscribers

Over 250 HSPA devices in the market from 60+ vendors

Today’s available peak speed: 14.4 Mbps (down-link, 1.8 up-link)

Austria: 140 000 PC-cards in first year

HSPA status (April 2007)

Source: GSA HSPA Commitments/Devices Survey


Public Safety Mission Critical Features – Where are We Today


Key Public Safety Requirements

High broadband speeds with low latency and wide coverage for video and critical content delivery….full Mobility with fast handoff is key

QOS – flexible priority handling at admission/congestion– Users, applications, services

Security and authentication

Highly reliable access anywhere – mobility and session continuity across networks with local control


3GPP Mobile Evolution

HSPA = High Speed Packet Access MBMS = Multicast/Broadcast Multimedia ServiceLTE = Long Term Evolution


• Telstra: Continent-wide Australian HSPA network• Covering 98% of population with 5000 sites

• 14.4 Mbps DL and 1.8 Mbps UL network• 2.3 Mbps DL measured at 124 mile range• 7.2 Mbps DL measured at 50 mile range• 4.5 Mbps DL measured typical throughput

HSPA Extended Broadband Range


QOS Priority Handling

- Includes pre-emption at admission


HSPA / LTE – Multicast/Broadcast

MBMS – Multimedia Broadcast/Multicast Service– Allows for Multicast/Broadcast Single-Frequency Networking– Identical transmissions from tightly synchronized neighbour cells– Increased received power and reduced interference

Allows for multicast/broadcast and unicast on the same carrier as well as dedicated multicast/broadcast carrier


QOS and Priority Handling

Flexible QOS and Allocation/retention Handling


P25 Services EnablementVoice Services

– Group Calls, Private Calls & Telephone Interconnect– Priority based PTT arbitration with preemption & override– Scanning

Emergency services – Extensive Public Safety Feature Set– Emergency calls, alerting & notification– Position reporting

Advanced Dispatch Services– Patch & Simulselect– Dynamic regroup– Instantaneous recall & voice logging

Security Services– Authentication– Content encryption

Mobility Management– Registration & Roaming– Profile Selection– Group affiliation

Terminal ProvisioningData Services

– Packet Data– Short Message Services– GPS Location Reporting

Group Calls

Private/Individual Calls

Telephone Interconnect

Enabled by Low Latency & QOS / MBMS Capabilities


HSPA Inherent Security Features

Mutual Authentication– Network authenticates the user– User authenticates the Network

Network and the terminal can securely negotiate what algorithms to use for protectionProtection of signalling data

– Integrity protection and origin authentication– Confidentiality

Protection of user data or payload– Confidentiality– W-CDMA waveform inherently robust


Full Service Broadband Architecture

Service networkMultimedia

FSBNetwork

Users

Transport network

IMS/Service Control

Multi Access Edge

Fixed access Mobile access

Any Service, Any Device, Anywhere


Source: Ericsson

MIDDLE EAST & AFRICA

Bahrain, Israel, Kuwait, Mauritius,

Saudi Arabia, South Africa, UAE

ASIA-PACIFIC

Australia, Brunei, China, India, Japan, Malaysia,

New Zealand, Philippines, Singapore, South Korea, Taiwan

AMERICAS

Brazil, Canada, Dominican Republic,

Ecuador, Mexico, Peru,Puerto Rico, USA

Mobile TV is happening worldwide

>100 operators commercially launched over cellular networks

EUROPE

Austria, Belgium, Bulgaria, Croatia, Czech Republic, Cyprus, Denmark, Estonia, Finland, France, Germany, Greece,

Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway,

Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland, UK


Examples:3 UK – SeeMeTV, KinkKommunity, 3 Italy – InVideo, The Content Market

User generated content on-demandUsers upload content for others to buy Optional channels to create communities; Optional user ratings


IMS Enables Local ControlAny Service, Any Device, Anywhere....as you specify

• User Access Priority• Capacity Management• Application Access/retention Priority• Role based services• Custom Applications• Real time Digital Content Production Distribution Management

IP Multimedia System (IMS)


Common Operating Picture can be shared interagency and Intra-agencyCommon Operating Picture can be shared interagency and IntraCommon Operating Picture can be shared interagency and Intra--agencyagency

Public Safety Public Safety BroadbandBroadband

CellularCellular

APCO25APCO25

IP Multimedia System (IMS)

National access

IMS allows Sharing with Local ControlIMS Enables Local Control


What’s Next:4G LTE


3GPP SAE/LTE Architecture

IMS & multimediaservices

AGW

LTE LTE

Note: ”GW” corresponds to 3GPP anchor+SAE anchor+UPE

IP/Ethernet

Flat 2-node IP architectureEfficient interworking with 2G/3G...Ericsson HSPA Base Stations support LTE alsoAllowing reuse of key operator assetsHigh level of securityRobust QoS model

LTE3G

2G

BSC/RNC

Non-3GPP


LTE – Key radio-access features

Spectrum flexibility– Flexible bandwidth– Duplex flexibility

LTE radio access– Downlink: OFDM– Uplink: SC-FDMA (Allows HSPA Coverage Advantages to extend to LTE)

20 MHz1.25 MHz

SC-FDMA

OFDMA


LTE time plan

2005 2006 2007 2008 2009

3GPP LTECommericalProduct Releases

LTEDevelopment

LTE Testbed

Study Item Work Item

HW Development

LTE HW LTE available

UE IODT

SW DevelopmentRAN I&V

MIMO & TDDLab demo Drive tests L3

CR & func groth

Driving inclusion of key MESA/Safecom PS features in 3GPP


Summary

Has GSM global economies of scale for attracting numerous device, application, and service developers

3GPP Standards based technology insures interoperability, backward compatibility, and continuous technology and service evolution

– LTE devices will work on HSPA, EDGE, and GPRS data networks

High broadband speeds with wide coverage and power efficient radio technologies – Uplink power effectiveness for the handheld devices is higher than for OFDM based

uplink technologies resulting in longer battery life and extended range

Full 3GPP standardized support for video production, distribution and management including IP Multicast and IP Broadcast

Key Public Safety Mission Critical features are included (Mobility, Security, QOS, low latency, priority/pre-emption, multicast/broadcast)

HSPA / LTE Key Benefits


Documents

3GPP Broadband for Public Safety - NPSTC 3GPP Broadband for Public Safety Presentation to: Frank McGhee ... Extensive Public Safety Feature Set ... RNC Non-3GPP. Ericsson