lucent view: imt-mc evolution in russia dual band 450/2100 … -lucent for a3g oct 19.pdf1xev-do...

Mobility Solutions

Lucent view: IMT-MC Evolution in Russia Dual Band 450/2100 MHz

A3G CDG 450MHz Conference

Nikolai PoliakovCDMA450 Team LeaderApplications Engineering+1 630 713 [email protected]

Proprietary information - Lucent Technologies

Lucent’s Mobility Strategy• Help service providers diversify their revenue base through low-cost

voice and high-speed mobile data services

– Higher volume voice capacity

– Increase revenue from existing customers

– Attract new subscribers

– Focus on the enterprise

• Provide mobile operators with next-generation capabilities while extending the value of their existing infrastructure investments

– Compelling service provider financials for migrating 2G voice to Next Generation: reduced cost, improved margin, greater network capacity

• Leverage our unmatched expertise in spread spectrum technologiesto expand global Next Generation leadership

– We’ve deployed 122,000 CDMA base stations – more than anyother equipment provider – and more than 71,000 of them areproviding High Speed Data Services

– We are establishing a strong position in Wideband-CDMA development, including pilot network in Europe and excellent progress has been made on W-CDMA testing with China’s Ministry of Information Industries (MII) and with Cingular and AWS in the US

– 2005 growth areas IMT-MC/DO, WCDMA (HSPDA), Public Sector, Convergence ( 802.16, IMS, BSR, Devices, IN/Applications)


Lucent Strengths Enable Differentiation

SPREADSPECTRUMEXPERTISE

PARTNERSHIP DEVELOPMENT

COMMON PLATFORM

DEVELOPMENT

UNDERSTANDING THE CUSTOMER

Lucent Strengths Differentiators

• End-to-end solutions that integrate Lucent infrastructure with other best-in-class products

• Enlists partners with the best end-user customer relationships to stimulate (or “pull”) demand for services based on Lucent’s offers

• Leverages IMT-MC common platform assets for UMTS (over 90% common with the Modcell 4.0)

• Reduces supplier lead times, inventory load management and reliability across IMT-MC and UMTS

• Operator Value Propositions and Business Models

• Customers’ Customer Program

• Primary Market Research

• More R&D resources allocated to spread spectrum, Bell Labs

• Best in class spread-spectrum RF tools (i.e Ocelot, SPAT) and SW algorithms (i.e. power control, admission control)


IMT-MC Standards Evolution

Published

February 04

ISIS--856 Rev 0 856 Rev 0 (HRPD,(HRPD,EVEV--DO)DO)

ISIS--856 Rev A856 Rev A(HRPD, (HRPD, EVEV--DO DO Rev A)Rev A)

IMTIMT--MC MC Rev ARev A

IMTIMT--MC MC Rev D Rev D

(1xEV(1xEV--DVDVRev D) Rev D)

IMTIMT--MC MC Rev C Rev C

(1xEV(1xEV--DVDVRev C)Rev C)

Published

April 04

IMTIMT--MCMC(1x Rev. 0)(1x Rev. 0)


Forward Link Performance Comparison

3,091~1,000-1,1001xEV1xEV--DO (rev A)DO (rev A)

3,091~1,000-1,1001xEV1xEV--DV (rev D)DV (rev D)

3,091~1,000-1,1001xEV1xEV--DV (rev C)DV (rev C)

2,457~900-1,0001xEV1xEV--DODO

153.6(1X Rev A - 307 in limited

area)

150-2101X1X

Peak Rate (Kbps)Peak Rate (Kbps)Sector Aggregate Sector Aggregate ThroughThrough--put (Kbps)put (Kbps)


Reverse Link Performance Comparison

1,800~400-45011xEVxEV--DO (rev A)DO (rev A)

1,800~400-4501xEV1xEV--DV (rev D)DV (rev D)

153.6(307 in limited area)

~150-2001xEV1xEV--DV (rev C)DV (rev C)

153.6~200-2301xEV1xEV--DODO

153.6(1x Rev A - 307 in

limited area)

~150-2001X1X

Peak Rate (Kbps)Peak Rate (Kbps)Sector Aggregate Sector Aggregate

ThroughThrough--put put (Kbps)(Kbps)


Assessment of air interface technology• 1X proven in the field to deliver high capacity voice and data

450MHz operators see 20-26 Primary Erlang per sector/carrier on average; peaks over 30 Primary Erlang; data throughput 110-150 Kbps. Excellent propagation and in-building penetration. High-end voice users and expansion to mass market.

• EV-DO –increase in spectral efficiency, cost reduction for data applications with low CAPEX/OPEX.

IP centric solution.Truly broadband experience for end-users. Key technology to serve HSDe in urban markets and provide DSL-like residential service in remote areas.

• DV Rev C – insufficient performance improvement, skipped.

• DV Rev D – several important features (e.g MEID), but DV HSPD and VoIP-lower capacity and higher CAPEX/OPEX due to 1X user interference in mixed mode. May require additional carrier.

• DO Rev A - best HSPD performance including Real-time applications (VoIP). Lower CAPEX and OPEX. DO carrier conversion to DO Rev A.

• DO Rev A – long term 1X circuit switched voice replacement with VoIP

16% capacity increase from 1X Erl to Do Rev A VoIP Erl (35 Erl)


Spread Spectrum leads on Voice(Compared in 10 MHz bandwidth)

0

50

100

150

200

250

300

350

400

CDMA GSM UMTS

Erla

ngs

in 1

0 M

Hz

IA

SMV+TD

3G1x

ASIC+

EVRC

IS-95

6-sector

IA & Code Limit

AMR 5.9

AMR 7.95& TD

AMR 12.2

IA/6-sector

(SAIC, 35%IC gain, 61%HWFL)

TD, 47%HWFL

ARM 5.9, 43%HWFL

25%HWFL

(1/1, FH, DTX, DPC,20%HWFL)

EFR 4/12

1998

1995

2001

2000

20032003

1992


0

1000

2000

3000

4000

5000

6000

7000

8000

9000

10000

CDMA 1xEV-DO GPRS UMTS

Sec

tor

Agg

rega

te T

hrou

ghpu

t

…and leads on Data (Compared in 10 MHz bandwidth)

EV-DV

Rel.A+MRxD

Scheduler+

2003

2003

2002

2003

1997

3G1xIS-95

Rev. A

Equalization

Dual Antenna

Single Antenna

Equalization

DualAntenna

HSDPA

DSCH+TD

Initial20032002

MRxDEDGE+EDGECS3~4CS1~2

•R5 HSPDA is critical to UMTS success


• Text• Messages

14.4 Kbps

• Basic web• Messages

28.8 Kbps

• Web• Messages• Moderate

audio• Low quality

video• Small size

file transfer

56.6 Kbps

• Web• Messages• Email w/ small attach• Location based services• Sales force automation• VXML access to data• Hi-fi audio• Medium size file transfer• Intranet access

153 Kbps -307 Kbps

• Enhanced web• Email w/Large attach• Hi quality video• Typical corporate

application access• Workgroup

collaboration• Portable/instant office• Remote health

monitoring• Cardiac telemetry

384 Kbps

Landline modem & 2.5G

IMT-MC1x-RTT

IMT-MC/EVDO/DVHSDPA (R5)

9.2 min 4.6 min 2.3 min < 1 minute < 20 seconds

1 MB 2 MB 4 MB 9.6 MB or larger 28.8 MBPresentation Presentation Audio 20+ min

Album Video

Time to download a 1MB excel/ppt file

Give me 10 min and I’ll give you…..

2G

Applications are Enabled at Different Speeds

EDGE

119 Kbps -238 Kbps

Advertised Peak 2.4 Mbps-14 Mbps

UMTS( R99 )

The Broadband Experience


IMT-MC Roadmap for RussiaLucent view

Published

February 04

ISIS--856 Rev 0 856 Rev 0 (HRPD,(HRPD,EVEV--DO)DO)

ISIS--856 Rev A856 Rev A(HRPD, (HRPD, EVEV--DO DO Rev A)Rev A)

IMTIMT--MC MC Rev ARev A

IMTIMT--MC MC Rev D Rev D

(1xEV(1xEV--DVDVRev D) Rev D)

IMTIMT--MC MC Rev C Rev C

(1xEV(1xEV--DVDVRev C)Rev C)

Published

April 04

IMTIMT--MCMC(1x Rev. 0)(1x Rev. 0)

Implemented in St.Petersburg and Moscow 2002-2003.

Regions in 2004-2005 Add Rev A features in

2005

Deploy in Moscow and St.Petersburg in 2005. Selected regions in 2006

Deploy in Moscow and St.Petersburg in 2006 for HSDP and VoIP.

Regions in 2007-2008

Skip DV HSPD. Deploy Selected

DV Rev D features only ( e.g MEID)


IMT-MC - 450MHz and 2100MHz• IMT-MC at 450MHz remains the most cost effective way to provide Next

Generation services throughout Russia’s regions

• 5MHz at 450MHz is significant asset

3 carriers (e.g. 1X+1X+DO) will provide enough capacity for most Russian cities and regions but….

• A few top metropolitan areas (Moscow, St.Petersburg,…) with highconcentration of enterprise, high-end and mass market segments may see 5MHz saturation by the end of 2006.

• Technical in-band capacity increase options

Cell Split, SMV, TD/IA, BLAST, VoIP over DO Rev A , Dynamic Ocelot ®

• The out-of-band capacity increase option- additional spectrum in 2100MHz

- 850MHz and 1900MHz are N/A due to European frequency regulations

- IMT-MC proven to co-exist with UMTS in the same band, including 2100MHz

-2100MHz overlay in top urban areas only with dual-band 450/2100MHz networks and terminals starting 2006.


Lucent support of IMT-MC at 2100MHz• Successfully participated in China 2100MHz MII lab and customer field

trial of 1X and EV-DO

- Supplied Flexent CDMA/DO system.Hundreds of call processing, standard compliance and RF tests

• Co-authored joint MII and Lucent UMTS/IMT-MC co-existence study at 2100MHz from both IMT-MC and UMTS perspective

- IMT-MC BS transmitter to UMTS UE receiver interference

- UMTS BS transmitter to IMT-MC Mobile Station MS receiver interference

- IMT-MC MS transmitter to UMTS BS receiver interference

- UMTS UE transmitter to IMT-MC BS receiver interference


Lucent partners with Skylink for 2100MHz trial• Supplied Skylink (Delta Telecom, MCC) with Flexent IMT-MC 2100MHz

systems

- MSC, OMP, three 2100MHz Modular Cells in St.Petersburg

- three 2100MHz Modular Cells in Moscow

connected to commercial MSC serving 450MHz

- voice and data transparency across 2100MHz and 450MHz

- Modcell 60MHz duplexers enable EMC testing across

entire IMT band in 2100MHz

• Lucent Flexent system already supports

all 450/2100 MHz dual-band features

- Inter-Band Handoff ( Semi-soft)

- Inter-Band Handoff Overflow

- Inter-Band Load Management

- Band Class Paging


Lucent commitment to Russian Mobility customers

• First commercial IMT-MC supplier in Russia.

Expanding partnership with Skylink beyond Moscow and St.Petersburg

• First EV-DO demos in Russia Skylink during SvyazExpocom

• Prepared for EV-DO certification process in Russia

• First vendor to supply IMT-MC 2100MHz equipment for trial in Russia

• Backhaul transport offer for GSM, CDMA and UMTS

Aggregation, Voice Compression, IP RAN

• Super Distributed HLR offer for GSM/IMT-MC/UMTS and its convergence

• Lucent SoftSwitch (LSS) for UMTS/IMT-MCtandem,gateway, 3G-MSC and IMS

• MiLife IN applications

• UMTS PC Data Cards

• Customer’s Customer program, Market Research, Business Modeling

lucent view: imt-mc evolution in russia dual band 450/2100 … -lucent for a3g oct 19.pdf1xev-do...

Documents