alu bss portfolio presentation_v3

Alcatel-Lucent 2G Technologies Products Portfolio

Mexico

March, 5th 2008

2 | BSS portfolio | March 2008 All Rights Reserved Alcatel-Lucent 2007

Agenda

1. Strategy for Alcatel-Lucent 2G Product Lines

2. Alcatel-Lucent BTS

3. BSC/PCU/TC Key Characteristics - For optimized CAPEX/OPEX

4. Network Transformation Towards the all-IP

5. Alcatel-Lucent GSM Roadmap

6. Alcatel-Lucent BSS: Ready for the future of GSM


Strategy for Alcatel-Lucent

2G/3G Product Lines


What about GSM/EDGE market?

257 Networks with EDGE Commercial Services

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5-Years EDGE Subscribers forecast

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2006 2007 2008 2009 2010 2011

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EDGE: a Very Dynamic Market

38% CAGR subscribers growth from 06 to 11 (Pyramid Research 07) 55% UMTS/HSPA networks combine with EDGE for service continuity/best user experience 70% to 80% of UMTS/HSPA user terminals also support EDGE GERAN Evolution is under finalization at 3GPP

EDGE: a Very Dynamic Market

38% CAGR subscribers growth from 06 to 11 (Pyramid Research 07) 55% UMTS/HSPA networks combine with EDGE for service continuity/best user experience 70% to 80% of UMTS/HSPA user terminals also support EDGE GERAN Evolution is under finalization at 3GPP

With 2.1 Billion users, GSM Market is the highest wireless market

More than 250 millions new subscribers in Y07 (63% of new mobile subscribers) More and more CDMA operators add (overlay) GSM like AMX: Dominican Rep. (Claro Dominica),

Chile (SmartCom), Puerto Rico, Vivo (Brazil), Movilnet (Venezuela), Reliance (India), TNZ (New-Zealand)

With 2.1 Billion users, GSM Market is the highest wireless market

More than 250 millions new subscribers in Y07 (63% of new mobile subscribers) More and more CDMA operators add (overlay) GSM like AMX: Dominican Rep. (Claro Dominica),

Chile (SmartCom), Puerto Rico, Vivo (Brazil), Movilnet (Venezuela), Reliance (India), TNZ (New-Zealand)

Claro1900 Mhz

SmartCom 1900 Mhz

Movilnet 850 Mhz

Reliance 900 /1800

Mhz

Vivo 850 Mhz


GSM Chipset and Device Ecosystem overall trends

The GSM multibanding is a commodity offering to the consumer an (inter)continental or global mobility capability.

More than 100 quad band phones are available for global roamers.

The GSM multibanding is a commodity offering to the consumer an (inter)continental or global mobility capability.

More than 100 quad band phones are available for global roamers.

N73 W300 PEBL U6 Benq P51D600 Blackberry 7100x

The GSM device ecosystem is dynamic thanks to the emerging market high subscriber growth In China since 2000 / strongly relayed by India since 2006.

Strong demand for Ultra Low Cost terminal. Continuous demand for EDGE/GERAN devices

Voice centric phones are still being sold in high end & Deluxe range (Vertu).

IT players create new Market trends (iPhone)


Meet your challenges: address all the different markets

Increased demand

Profitable flat fee

New markets

Low ARPU customers

Innovative services

Differentiation

Innovate Expand Coverage Face Traffic Explosion

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Emerging Markets focus

Mature Markets focus


Alcatel-Lucent GSM/EDGE solution answering to your Challenges

YOUR CHALLENGES

Expand Coverage

Face Traffic

Explosion

Innovate

AT MINIMUM

TCO

InvestmentProtection

at

LOWESTTCO

Alcatel-Lucent ANSWER

Best User ExperienceGERAN Evolution

Power ConsumptionBest-in-class coverage

Green outdoor BTS

Optimized footprint48 TRX BTS

IP transformation

Multi-standard Cost optimization Software upgrades


Lowering the Unit site Cost Summary Alcatel-Lucent BSS TCO Features

Civil works

Site equipment

TransmissionPowerconsumption

Site rental

Operation &maintenance

Only 3 BTS Modules to reduce spare partsCoverage solutions to reduce number of sites

Telecomequipment

Alcatel-Lucent boosted BSS portfolio Together with innovative site infrastructure solutions

Addresses all categories of BTS site TCO

CompactnessZero foot printRAN sharing

Best-in-Class power consumption IP Transport

Flexible transmission incl. satellite, MW, etc.

High capacity : BTS 24TRX, BSC 2000 TRX+New features through SW upgrade ; full backward compatibilityTechnology evolution : MCPA allowing BTS 48 (72) TRX

No Air conditioning : HEX or DACS (55)Minimized gensets thanks to low power consumption

Outdoor BTS to avoid shelterCompact CBO to minimize footprint


.1Green 2G Base Station

A simple architecture


Alcatel-Lucent BTS portfolio A simple and powerfull architecture

OPERATION & MAINTENANCE

OPEX

y SUM = Station Unit Module (Central processor) ready for IPy TWIN TRX = double Transceiver ready for GERAN-Evo up to 1 Mbps/ usery ANC = Wide Band Combiner/Duplexer for various sector configurations

ONLY 3 MODULES, COMMON TO OUTDOOR AND INDOOR

Maximum Configuration flexibility Best reliability with TWIN

(Functional MTBF at 185 000 hours) Minimum spare parts for all models

Maximum Configuration flexibility Best reliability with TWIN

(Functional MTBF at 185 000 hours) Minimum spare parts for all models


Coverage ModeCoverage Mode

With Option 4-Rx-DivRx Sensitivity from-117,4 to -121 dBm

environment dependant (array of 4 antennas)

With Option 4-Rx-DivRx Sensitivity from-117,4 to -121 dBm

environment dependant (array of 4 antennas)

With Option TX-DiversityUp to 175 Watts environment dependant

(from 4 to 6 dB gain)

With Option TX-DiversityUp to 175 Watts environment dependant

(from 4 to 6 dB gain)

OPEX/CAPEX reductions30 to 50% less sites required

Alcatel-Lucent BTS portfolio fuelled by Best-in-Class Transceiver Best Flexibility / Radio Performances / Power Consumption

Capacity ModeCapacity Mode

With Enhanced 2-Rx-Div (by default)Rx Sensitivity from

-114,5 to -117 dBm environment dependant

With Enhanced 2-Rx-Div (by default)Rx Sensitivity from

-114,5 to -117 dBm environment dependant

Each nominal TRX Output power at

45/30 Watts (GMSK/8-PSK)

Each nominal TRX Output power at

45/30 Watts (GMSK/8-PSK)

OPEX/CAPEX reductionsLess cabinets: Capacity X 2

Less civil works site rental

Antenna Hopping possible

Consumption between 20 and 135 Watts per TRX

Backward compatible

GSM/EDGETWIN 900/1800/1900

GERANEvolutionReady

WB-AMRReady


.2Alcatel-Lucent BTS

The smallest footprint


Sub-urban areaSub-urban area Dense urban areaDense urban areaLow density and rural areasLow density

and rural areas

CapacityMedium

Up to 6 TRXSmall

Up to 2 TRXLarge

Up to 12 TRX

CBO(Compact

Outdoor BTS)

Very LargeUp to 24 TRX

MBO2

Alcatel-Lucent BTS portfolio The tool to optimise your CAPEX

Micro-BTS

Multi-Standard Solutions

MBI5

Multi-Standard Solutions

MBO1

MBI3

Indoor/Outdoor soutions

OutdoorBase

stations

IndoorBase

Stations

up to 55C

up to 55C

Multi-standard indoor

Multi-standardOutdoor

Ultra Light

3x2 TRXs

nanoBTSGPRS

nanoBTSEDGE/AMR

Full BTS portfolio to cover all the market niches,

and ready for even higher capacity

Full BTS portfolio to cover all the market niches,

and ready for even higher capacity


Alcatel-Lucent 9100 Multi-standard Base Station indoor The MBI family in AC or DC versions

Size Optimization12 TRXs Cabinet !

850/E900/1800/1900 MHz GSM/EDGE/UMTS/WIMAX

XXL Capacity24 TRXs Cabinet

for best multi-standardUMTS/GSM applications

MBI-312 TRXs capacity

S4,4,4


S8,8,8Mu

lti-band

& Multi

standa

rd

Base S

tation

Cabinet ready from MCPA technology Cabinet ready from MCPA technology


Mono-band up to 3 x 8


The highest capacity per cabinet up to 24 TRX Alcatel-Lucent offer for indoor BTS

twin TRX

90 TRX / Sqm !90 TRX / Sqm !

Available also in MB 3 x 4 + 3 x 4

Available also in MB 3 x 4 + 3 x 4




Alcatel-Lucent A9100 Multi-standard Base Station Outdoor The MBO-Evolution family in AC or DC versions

Size Optimization12 TRXs Cabinet !

XXL Capacity24 TRXs Cabinet

for best multi-standardUMTS/GSM applications

MBO1-Evo12 TRXs capacity

S4,4,4


S8,8,8

850/E900/1800/1900 MHz GSM/EDGE/UMTS/WIMAX

Multi-b

and& M

ultista

ndard

Base S

tation



The highest capacity per cabinet up to 24 TRX Alcatel-Lucent offer for outdoor BTS

twin TRX

Available also in MB

3 x 4 + 3 x 4

Available also in MB

3 x 4 + 3 x 4




22 TRX / Sqm+ 3G inside !22 TRX / Sqm+ 3G inside !



The highest flexibility for Telecom and/or Battery Alcatel-Lucent offer for outdoor BTS

MBO1 version AC

Up to 5 hoursfor 12 TRX !

Characteristics of MBO1/2 Evolution Huge space available for operatory Mounting frames 19 for Telecom (Sat, MW, dNodeB, etc ):

max 15 U for MBO2E AC, 18 U for MBO2DC

y Integrated battery back up Up to two Batteries compartment (2x BU90)

to minimise use of additional EBCO

y Mix of both


Alcatel-Lucent A9100 Multi-standard Base Station Outdoor MBO1/2 design: New Direct Air Cooling System in 2007

MBO1/2 Evo(DAC8/9)

New in 2007 Use freshair from outside to cool

the electronics inside the cabinet

As a result, it extend temperature range up to 55C (+10C vs current HEX solution)

Industrial / Hydrophobic Filter system plus blower avoid expensive Air-Conditioner, with high power consumption and high maintenance costs

Temperature range with full capacity (24TRX) : up to +55C outside (long term, maximum power, all options)


Alcatel-Lucent A9100 Multi-standard Base Station Outdoor MBO1/2 design: New Direct Air Cooling System in 2007

MBO1/2 Evo(DAC8/9)

Low maintenance between 3 and 10 years in India environment dependant

DACS improves MTBF of electronics in hot climates

Ability to stand high temperatures' by cooling electronics inside the outdoor


Concerned regions for DAC applications are (see ellipse on World Map)

Extreme Climatic Regions (Arid Areas)

Tropical Climatic Regions

Subtropical Climatic Regions

Mediterranean Climatic Regions

GORE industrial filters designed for most aggressive environments

Alcatel-Lucent A9100 Multi-standard Base Station Outdoor MBO1/2 : Direct Air Cooling System

Gore filter are very protective against most of ambient particulates and

provide the optimum for thermal efficiency


Alcatel-Lucent value proposition for remote sites Compact Outdoor BTS (CBO) 130Kg / 450 Litres

Fan StageAir Inlet

Dummy panel

Option 1U

SUMA

Option 1UOption 1U

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ANBev

ANBev

ANBev

TRX

TRX

TRX

TRX

TRX

TRX

Reducing Site TCO with CBO and TWIN transceiver

OPEX/CAPEX reductions

Various configurations ideal for rural, road coverage, etc.

Maximum 6 TRX: 1x6, 2x3, 3x2High flexibility for integrated

transmission equipmentand/or battery back up

Configurations

Install it anywhere (roof,

mast, poleseven indoor site)

Installation

BTS hardware modules high MTBF

Hardware

Thanks to TWIN :580 Watts in idle

Power


Site engineering solution CBO 3X2 BTS on top of pylon Solar panels integrated into the Towery 45m of solar panel with an angle of 15

Complete autonomous site without available power supply

Benefits Reduction of foot print Reduction of vandalism OPEX savings (fuel free !) High coverage (no feeder loss)

On top:

BTS CBO + 3 GSM antennas + 1 FH 1.2m antennas + 1 working platform

Solar panel

Batterie s

Alcatel-Lucent value proposition for remote sites Customer example in Niger (West Africa)


Alcatel-Lucent TCO - Outdoor Base Stations A huge installed base (40000+ Outdoors) with world-wide deployments

1. Europe

Almost all countries

2. South Asia / Asia Pacific

China

India

Thailand & Philippines

Tibet

3. Africa / Middle East

Kenya - Tanzania

Algeria - Tunisia

DRC

UAE- Qatar

Afghanistan & Pakistan

4. America

Brasil

MBO configuration in TrueMove - Thailand

CBO site configuration in TibetTarget: 100% Network

penetration


.3Green BTS

Best Power Consumption for radio sites


TX1

TX2

Capacity mode

24 TRX per cabinet With Twin Module

Coverage mode

45 sites w/ o Tx-Div 23 sites with Tx-Div45 sites w/ o Tx-Div 23 sites with Tx-Div110W+ equivalent

Output Power

Low power consumption allow for Green BTS

135 W/Sector

80 W/TRX

20 W/TRX

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with 2% GoS (60%TS at FP)

Power Control, DTX

FULL TRAFFIC

Dynamic Power Save activated

LOW TRAFFIC

with 100% Time Slots (TS) at Full

Power (FP)

Note: Values valid for GMSK, 8-PSK, 1800 MHz or 900 MHz

Output Power & Performances Power Consumption

GERANEvolutionReady


Low power consumption allow for Green BTS

LOWEST POWER CONSUMPTION ON THE MARKET

BTS 900 MHz with DTX, Power Control, Dynamic Power SaveFull traffic: with 2% GoSLow traffic: low enough to be carried by BCCHNot all configurations are listed

Stamp

ed

by ind

epen

dent

certifi

cation

body

POWER SUPPLY

Indoor BTS

Full Traffic

3x2 MBI-3 DC

660 W

3x4 MBI-3 DC

1205 W

Low Traffic

550 W

650 W

Outdoor BTS

3x2 CBO DC

700 W

3x4 MBO-1 AC

1245 W

580 W

690 W


Dynamic Power Save Definition

Power saving as soon as more than 2 consecutive TS are idley Time required to switch-on the PA = 1,5 radio timeslot (~0,86ms)y no need of TRX being empty

Immediate reaction No impact on quality : zero call blocked Power savings during day period Power savings for all BTS configurations

0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 0 1 2 3 4 5

bias off bias off

Alcatel-Lucent Value Proposal : Full time minimization of power consumption Dynamic Power Save with

Switch-off PA bias

No impact at all on MTBF !!!


TWIN TRX consumption breakdown with PA bias switch-off

90 90

idle

270 W 40 W

90

BCCH +

0 traffic

155 W

max

40

25 25

40

90 70 90

35

BCCH+

1TRX PC

BCCH +

1TRX PC + DTX

35

2 TRX PC + DTX

35

160 W215 W250 W

40

25 25

40

25 25

40

25 25

40

25


With DTX, Power Control & Dynamic Power Save

With no SW feature

With DTX & Power Control

Power Consumption Western Europe Case Study

BTS Power Consumption (W)

0

200

400

600

800

1000

1200

1400

0 2 4 6 8 10 12 14 16 18 20 22

BTS Power Consumption (W over 24 hours)

Indoor 3x4 BTS (MBI-3) using Twin TRX, on a live network:

Case Study

12 TRXs

24h average for a 3x4: 800 W 20 KWh PER DAY

DYNAMIC SOFTWARE

High Traffic HoursLow Traffic Hours 24 Hours Benefits

HARDWARE INTEGRATION

TX2

BCCH TRXs: only 135 W per Sector ! Best-in-Class Intrinsic Power Consumption

DTX & Power Control DL

Dynamic Power Save (DPS)+ 25% day-round additional savings

TX1

DPS available in B11


Low power consumption allow for Green BTS Customer example in Senegal (West Africa)

Alcatel-Lucent Compact Base Station Outdoor (CBO)

in 3x2 Configuration

thanks to very low power consumption

Celebrating Alcatel-Lucents 200th SOLAR-POWERED RADIO SITE !

Affordable solar panel surface

Bettenty Island (Senegal)

Field proven leadership in innovative power integration


Low power consumption allow for Green BTS Customer example in Tibet (Asia)

Site situation

Combining Satellite Link compression and Solar Panel Systems (no refuel) to reach OPEX low enough to enable Remote Village Business Case

Isolated rural area. Difficult Access, Complex Logistics No power available. Only satellite transmission available Limited subscriber base and ARPU

NO REFUEL POWER SUPPLYSolar Panelmade possible by minimum BTS power consumption

AFFORDABLE TRANSMISSION Compressor for satellite linksUp to 50% bandwidth savings Integrated in the BTS

MINIMUM MAINTENANCE Alcatel-Lucent BTS MTBF Only 3 BTS modules Efficient cooling

Alcatel-Lucent Solution


.4Alcatel-Lucent TRX

for the best network coverage


Alcatel-Lucent BTS portfolio fuelled by Best-in-Class Transceiver Focus on Rx sensitivity

Two main algorithms embedded in TWINTwo main algorithms embedded in TWIN

Polarization Diversity:

Two antennas with different polarization

planes

Optimum Ratio : combining method for de-correlated received signals to benefit from the diversity gains

Adapts the antenna pattern to maximize the C/I

Space Diversity

Two antennas separated vertically or

horizontally

Least Square : beam forming algorithm to reject a strong interferer

Computes complex weight for each antenna to steer a null in the direction

of the main interfererSm

art an

tenna

concep

t !


New Compact TWIN TRX Radio Module Characteristics of the coverage mode

High sensitivityWith Option 4-Rx-Div

Rx Sensitivity with array of 4 antennas

from -117,4 to -121 dBm environment dependant

Possibility to use Enhanced 2-Rx-Div with or without TMA

High sensitivityWith Option 4-Rx-Div

Rx Sensitivity with array of 4 antennas

from -117,4 to -121 dBmenvironment dependant

Possibility to use Enhanced 2-Rx-Div with or without TMA

Higher Ouput PowerWith Option TX-Diversity

On air combining of same signal + Diversity gain:

Dense Urban: 5.9dB,Sub Urban: 4.6dB,

Rural: 4dB

From 113 Watts up to 175 Watts environment dependant

Higher Ouput PowerWith Option TX-Diversity

On air combining of same signal + Diversity gain:

Dense Urban: 5.9dB,Sub Urban: 4.6dB,

Rural: 4dB

From 113 Watts up to 175 Watts environment dependant


TWIN in Coverage mode: Outstanding Radio Performances

BTS MS short delay

Here TWIN offers one GSM carrier !


Field application in Africa TxDiv gain results (2/2)

5.4dB gain(average on

this drive route)

NoTxDiv TxDiv

RxLev over Drive Test route (in dBm)

-110

-100

-90

-80

-70

-60

-50

-40

without TxDivwith TxDiv

TxDiv gains measured on field on this site exceed results from simulations

45 sites w/ o Tx-Div 23 sites with Tx-Div45 sites w/ o Tx-Div 23 sites with Tx-Div

Reminder: existing simulations show that 4-5dB gain translates

into ~ 30% less sites !


Alcatel-Lucent BSS solutions for rural Features

Unbalanced Output PowerAt cell level

MP TxDiv

Combine advantages of capacity and coverage at the same timeTWIN Conversion high coverage to capacity done on-line from OMC-R

Software only


Sector 2

35 km

Inner cell Outer cell

Up to 70 km

Sector 1

> Two sectors dedicated to extended cells management 1st sector handles inner-cell traffic up to 35 km 2nd sector from 33 km up to 70 km

> Handover between the two subcells,> Up to 4 TRX per sector, 8 TS each

No capacity lost> All features supported by the cell

including Packet Data support (EDGE)

The right answer for very low traffic areas

Alcatel-Lucent BSS solutions for rural Features

Software only

Enlarged Extended cell combined with TWIN TRX in Coverage Mode

Combine advantages of outstanding radio performances in DL/UL and EECFor the best services


.5Focus on the next steps

of transceiver evolutions


Alcatel-Lucent BTS portfolio Always Bring innovation to your Base Station

2000Edge TRX

2004Edge+ TRXMP & HP

1998Evolium BTS

TRX

2006TWIN

2 x TRX

Multicarrier1 to 6 TRX

Multicarrier1 to 6 TRX

One module : 1 up to 6 TRX with one single PA Total output power distributed on all carriers No more combining losses High flexibility Convert Power to coverage or capacity

High efficiency less power consumption Multi-standard capable GSM / WCDMA / LTE

Towards MCPA techno : the next step of Transceiver evolutionTowards MCPA techno : the next step of Transceiver evolution


2009 and beyond. View at a glance.2009 and beyond. View at a glance. Alcatel-Lucent Multi-Carrier Power Amplifier. Characteristics (Plan of Intent)

Up to 6 GSM TRXOutput Power: Better than with TWIN TRXy 2 x 40W GMSK TOCy 4 x 20W GMSK TOCy 6 x 10W GMSK TOC

Power Consumption: 350WReady for GERAN EvolutionReady for Multistandard

Under Evaluation Target Q2

2009

Under EvaluationTarget Q2

2009(Plan of Intent)

Work item approved at TSG GERAN # 35

completion date : February 2008

Form factors: Same form factor as current Twin TRX Form factor adapted for future distributed solutions


2009 and beyond. View at a glance.2009 and beyond. View at a glance. Alcatel-Lucent Multi-Carrier Power Amplifier (MC PA)

No more loss in combiner stagesNo more loss in combiner stages

Macro Module1 to 6 TRX

Flexibility and integration with existing and future Alcatel-Lucent BTS products for macro BTS and distributed BTS solutions

Flexibility and integration with existing and future Alcatel-Lucent BTS products for macro BTS and distributed BTS solutions

Benefit from MC PA conceptsBenefit from MC PA concepts

The MC PA architecture consider one PA function, the PA output power is distributed over a defined

number of TRX

The MC PA architecture consider one PA function, the PA output power is distributed over a defined

number of TRX

In one module, up to 6 TRX can be defined by Operator based on coverage and capacity

requirements.

In one module, up to 6 TRX can be defined by Operator based on coverage and capacity

requirements.


Multi-Carrier Power Amplifier

Always innovate with Alcatel-Lucent radio solutions

Q2 2009

High flexibility: Convert power into coverage or

capacity

Distributed BTS

one module = one sector from 1 up to 6 TRX for all types of environment

Macro-Module

one module = 1 to 6 TRX high capacity BTS (48 TRX)

Visible onour 3GSM booth !

Preliminary design


Dimensionsvolume: less than 20 lweight: less than 25 kg

One sector, from 1 up to 6 TRX Output Power per TRX (GMSK)

2 x 40W (GMSK) 4 x 20W (GMSK) 6 x 10W (GMSK)

Rx Sensitivity from -112,5dBm in static (111 in dynamic) plus enhanced 2-Rx-Div

48V DC Power consumption

around 350 wattNew concepts for optimized consumption based on actual traffic

ProtectionIP55

Temperature Range -40C / +50C (Heating unit required for start up phase in cold condition)

GERAN Evolution ready

Characteristics (plan of intent)SITE ACQUISITION

CIVIL WORKS

SITE RENTALSame technology as Macro solutions

SameSame technology technology as Macro solutions

as Macro solutions

Distributed Radio Heads with latest MCPA technology

Multi-standard (2G/3G/LTE) capableMulti-standard (2G/3G/LTE) capable


Bat AC/DC

RRH RRH

DC power

GSM site

No need of any GSM equipment on the groundNo need of fiber between Ground & Mast

Chaining of RRH

Ethernet -waves


Opticfibers

Bat AC/DC

BBU to BSCto RNC

RRH2G/3G

RRH2G/3G

DC power

2G/3G/LTE site

Ethernet


.6Multi-standard cabinet

Migration path towards

other technologies


3U for Options

Use 9326 d2U / 9341 RRH solution within the GSM existing cabinetApplicable also to all outdoor generations

Multi-standard cabinet 2G-3G

DUMMY PANNEL

AC/DC

FAN STAGEAIR INLET

FAN STAGEAIR INLET

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DUMMY PANNEL

GSM RACK

FAN STAGE

GSM RACK

AIR INLET

SUMA

TwinTRX

TwinTRX

ANCe

ANCe

ANCe

TwinTRX

TwinTRX

TwinTRX

TwinTRX

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FAN STAGEAIR INLET DUMMY PANNEL

FAN STAGEAIR INLET

GSM RACK

DUMMY PANNELFAN STAGEAIR INLET

High GSM capacity thanks to Twin TRX: up to 24 TRX!High GSM capacity thanks to Twin TRX: up to 24 TRX!

Antenna

XXXXXXXXXX

Jumpers0,8 dB

RRH

d-Node B 2U

No impact on

No impact on MBO capacity

MBO capacityAVAILAB

LE

NOW !!!AVA

ILABLE

NOW !!!


Multi-standard cabinet 2G-3G

DESCRIPTION

Up to 12 TRX with twin TRX

Up to 3 sectors 3 carriers

Up to 768 CEs

VALUE

Capitalize on existing assets

No need for new site acquisition

Same KPIs and features as Macro Node B

Easy 3G introduction at minimum cost: module plug-in

Additional flexibility with TRDU

d2U/d4U can also be connected to RRHs or rCompact

UMTS

GSM

GPRS EDGE

UMTS

d2U & TRDU

GSMTwinTRX2G modules2G modules

UMTS RF Modules TRDU

UMTS RF Modules TRDU

d2U / d4U d2U / d4U

Reuse GSM sites, cabinets; Reuse feeders/antennas (900MHz);2G/3G equipment in the same cabinet (no RRH);

Reuse GSM sites, cabinets; Reuse feeders/antennas (900MHz);2G/3G equipment in the same cabinet (no RRH);


Multi-standard Radio Access PointGSM, UMTS,WiMAX,

3G Long Term Evolution (LTE)

Solution for Very High Capacity Base Station

With SDR TRX ModulesUp to 48 TRXsin one existing

Evolium Cabinet (indoor, outdoor)Using Multi-carriers

NewModules

New Modules

New radio modules:

MCPA fueled multi-standard/

multi-band

ExistingUMTS

Modules

ExistingGSM/EDGE

Modules

NewModules

New Modules

Multi-standard cabinet : Benefits of MCPA introduction


RRH architecture

3G/LTE Acts as RRU connected to BBU 2G

Acts as base station connected to BSC

Benefits Minimum cost of investment Single fiber/single BBU for multistandard RRH Future proofy 2G RRH may evolve as RRU connected to BBU

If new GSM features require high processing

High reliabilityy Negligible impact of 2G baseband processing in RRH

Optimized solution to reduce your TCO


.7BTS

Conclusions


Conclusion Alcatel-Lucent 9130 BTS Cabinets

MBI5 Mono-band or Dual-band

MB02 Dual-band

Compact & optimized solutions with Twin TRX9 High flexibility with 3 modules only9 Up to 24 TRX in one cabinet9 Low power consumption with DPS feature9 Cost-efficient Outdoor Integrated Radio Sites9 Benefit from Dual-band configurations9 4,4,4 + 4,4,4 in one cabinet only (indoor / outdoor)

Bring Innovation to your BTS9 MCPA-based techno9 Double your capacity9 towards WCDMA / LTE / WIMAX


.1BSC/PCU/TC Key Characteristics

For optimized CAPEX/OPEX


Alcatel-Lucent 9130 BSC/MFS Evolution Key figures

Standard 19" rack(200cmx60cmx60cm),

Next-Generation Equipment with High capacity and flexibility9 BSC: up to 2000 TRX and 12600 Erlangs per cabinet !9 MFS: up to 21+1 GP per cabinet !9 Transmissions with E1 / STM-1 (*) / IP (*)Operational Expenses optimized9 Simplified architecture with 6 different HW entities9 Best in class compactness & consumption of the market9 Local switching9 Field-proven equipment with outstanding stabilitySafe & Secure platform9 Re-use existing field proven BSC/MFS Software9 Equipment with outstanding stability from Day OneFuture Proof product9 State of the Art technology9 Multi-standard /modular architecture 9 Ready for IP9 Ready for GERAN Evolutions

(*) future


The Alcatel-Lucent Telecom products Benefits of an open & IT-based architecture

Base Platform

Off-the-shelf

Alcatel-Lucent uses standard ATCA components and designs by its own boards optimized for its specific telecom functions

Optimizing the design/performance while shortening time to market


The 9130 BSC/MFS Evolution A single platform for GSM and GPRS/EDGE

(200cmx60cmx60cm)

Dimensions of the cabinet:

Standard 19" rack / Useful height 40UPossibility to integrate two ATCA shelves:

For instance, BSC and embedded gatewayfunctions for local switching solutions


OMCP

E1 shelf

R

a

d

i

o

n

e

t

w

o

r

k

l

i

n

k

s

Ethernet links

SSW: Ethernet Switch

TP: Terminate Point for External transmission module

CCP: GSM Control Processing board

OMCP: O&M control

GP: GPRS Radio Processing board for MFS to manage the user plane processing

E1 Shelf: E1 termination and conversion to Ethernet

DuplicatedSSW

The 9130 BSC/MFS Evolution A state-of-the-art platform architecture based on a Gigabit Ethernet Switch

* GP = GPU evolution

TP

GP

CCP

TP

GP

CCP

OMCP

Full IP

ready

!

GERAN

Evolu

tions re

ady !

A simplified architecture with only 6 different hardware entities

for BSC & MFS



BSC Evolution Architecture No GPRS/EDGE Impact on dimensioning

BTS

TP CCPSSW

MF S

E1 shelfA-bis

Sig CS

Ater PSAter CS

Separation of GSM Control Plane & User Plane

Separation of GSM Control Plane & User Plane

All Packet traffic (including extra TS) recognized by the TP and forwarded to GPRS

Radio Processing (MFS)

All Packet traffic (including extra TS) recognized by the TP and forwarded to GPRS

Radio Processing (MFS)

TCNo impact of GPRS/EDGE on GSM Radio Processing of CCP


Alcatel-Lucent 9130 BSC Capacity & Connectivity evolutions

1200 TRX per cab5,400 Erl per cab

2000 TRX per cab9,000 Erl per cab / HSL

2800 TRX per cab (*)12,600 Erl per cab / HSL

B9

IP ready

IP ready !

IP there !

B10 B11

Compact & powerful solutions for GSM/EDGE/GERAN EvolutionsThe Highest Voice Traffic in the smallest Volume: 12,600 Erlangs

(*): Plan of intent

More than 700 new Alcatel-Lucent 9130 Base Station Controller (BSC) Evolution are already deployed and serving commercial traffic


How to extend on-line the Alcatel-Lucent 9130 BSC capacity ?

A simple intervention on site plug new CCP board in the physical sloty No re-cabling - No complex rules with several processors to be added y Additional LIU boards insertion may be required (from 400 to 600)y Switching capacity already there : 2x 10 Gigabit Ethernet Switches

Advanced O&M software for BSC extensiony Command Extend-BSC-configuration

From LMT Automatic addition of all new MOs in the BSC database All Softwares loaded

y Hardware audit performed by OMC-R discovery Optional task : Remap BTS on the CCP boards (3mn outage)

BSC is ready for extension by software command

BSC is ready for BTS integration

10 mn

20 mn


Central Packet Controller Unit GPRS/EDGE processing

y One GP board handles 960 PDCHy Up to 9+1 GPy Up to 21+1 GP with 2 sub-racks per cabinet

Platform ready for extensionsy Scalability : Just plug GP board and play with more

EDGE traffic

y Switching capacity : 10 Gigabit Ethernet Switches Centralize/aggregate your EDGE processing

y Traffic of up to 21 BSC shelves handled per cabinet

The 9130 BSC/MFS Evolution A single platform for GSM and GPRS/EDGE

The most compact & powerful solutions for GSM/GPRS/EDGEThe most compact & powerful solutions for GSM/GPRS/EDGE

MFS shelf


The new 9130 BSC/MFS Evolution High scalability & Flexibility

E1Shelf E1 Shelf E1Shelf

Many configurations to fit your traffic requirements

Many configurations to fit your traffic requirements

BSC MFS

MFS

BSC BSC


MFS EvConfiguration

Max PDCHPer GP (B8/B9)Max GP

STANDARD 960

LARGE 960

9+1

21+1

Cells(B9/B10)

4000

4000

AterPS+Gb E1

12 or 16

12 or 16

Max GPPer BSC

6

6

Max BSCPer GP

1

1

The 9130 BSC/MFS Evolution Capacity of each PCU configuration

Outstanding Data processing capacities for central PCU


Alcatel-Lucent 9130 BSC/MFS Evolution Key Product Strengths

The best compactness footprint in the market 2000 TRX / 12600 Erlangs

for one cabinet 0,36 sqm only !

y Means 35000 Erlangs per sqm

One of the lowest power consumption Less than 1 Watt per TRX GSM/GPRS/EDGE Less than 0,2 Watts per Erlang



.2BSC Transmission flexibility


BSC/MFS connectivity Various transmission types available

Rear view

Ready from day ONE FE/GE connectivity

for Abis AterCs&Ps Gb Compatible SIGTRAN

Located at existing SSW back-panel

plus IPoE1 for Abis possible

(available with SUMA/X) still via E1 ports

Ethernet / IP

E1 ports for Abis AterCs&Ps Gb HSL Dedicated shelves at the bottom

2 locations per cabinet Installation by multi-pair cables

TDM / E1

4 x STM-1 Optical ports for Abis AterCs HSL mono-mode short-haul

Located at each TP level (new board)

Front view

TDM / STM-1


.3Transcoding functions


Alcatel-Lucent 9125 Compact Transcoder Key figures

High capacity for voice processing 9 Up to 48 MT120 boards- 192 A-interfaces per cabinet

A Very Simple Architecture 9 TC based on one main module only: the MT120 board9 One MT120 board per Atermux encompassing all functions in one board (including sub-multiplexing 1:4)9 Same board processing all codecs (FR,EFR,HR,AMR-FR,AMR-HR,TFO) handled transparently no pool definition needed9 New board ready for WB-AMR plus all legacy codecs

Standard 19" rack(200cmx60cmx60cm),

High flexibility9 Rack sharing multi-BSC / multi-MSC9 Ater multiplexed interface (1:4) for optimized transport with full flexibility for co-located or remote TC9 Design based on DSP for full flexibility to support all codecs by software activation9 Transmissions with E1 / STM-1 / IP (*)


Network Transformation

Towards the all-IP


IP Backhauling (Abis / Ater)/

IP transport in BSS (Full Ethernet or IPoE1 Abis)

Alcatel-Lucent Solution for IP Network Transformation Including standardized solutions for local switching

IP IN THE RAN

Gb over IP / Gb Flex Full A over IP / A Flex

IP AT THE EDGE OF RAN

IP RAN

IP TRANSFORMATION

Need for reduction of TCO and to build future proof network

Alcatel-Lucent leadership in IP Networks transformation

Mobile EvolutionTransport Architecture (META)

BSC Evolution Native IP/Eth

fabric

GSM BTS with Ethernet

interfaces

HARDWARESOFTWARE

B10 / B11 B11 / B11

B9/

B11


Alcatel-Lucent Solution for IP Network Transformation IP in the BSS: Where we are Today

MSC

E1

9125 TC

9130 BSC

9130 MFS (PCU)

GESGSN

AggregationPDH/ SDH

Eth

7500 SGSN

E1

Core IP Backbone

EthernetAccess Network

EthernetAggregation Network

GE

Abis / Ater(PS) IP Backhauling [B9]Abis / Ater compressionAbis & Ater emulation over IPAbis over satellite, DSL, GPONAter over Metro Ethernet (centralised MFS)

Abis

Ater

GboIP

Gb over IP [B10]Transmission OPEX/CAPEX savingsInter-working with new generation SGSNSimplified Network operations (O&M OPEX

reduction

Cell Aggregator:NetPerformer

SDM 9210

Aggregation gateway:NetPerformer

SDM 9600

40%~50% opex savings(leased lines)

>50% opex savings on Gb

9100 BTS

75xx MGW

5060WCS


DSLAMDSLAM

DSL (DSL (coppercopper))

Ethernet Microwave

BTSEth

BTS

9100 BTS

BTS GPONEth

BTSEth

IP Backbone

A o TDM

Ethernet at network access :Take advantage from cheaper backhaul technos

DSL(copper), Microwave, Fibre

IP entry point in Backhaul Network

GboIP

IP aggregation networkcheaper backhauling

direct routing (centralized BSC as signalling gateway)

Sig

CS traffic

PS traffic

B11: Native IP BSS - Full IP over Ethernet (*) (*) Native IP over E1 also supported on Abis

Overall Benefits9Simplified Network architecture9Simplified BSS management

9Transmission OPEX savings in BSS:>40%

Overall Benefits9Simplified Network architecture9Simplified BSS management

9Transmission OPEX savings in BSS:>40%

9125 TC75xx MGW

5060WCS

7342 GPONGPON ONT

9500 MPR

7301 ISAM

7750/7710 SR7450 ESS

9130 BSC

9130 MFS (PCU) 7500 SGSN


B11: Native IP BSS + AoIP + GboIP TC removed from BSS

IP Backbone Gb ver IP

A signoIling over IP

A over IP (User Plane)BTS BTS

Central site

T C

Signalling & traff

ic

Full (BSS + NSS) IP architecture with TC in MGW:Alcatel-Lucent view on flat architecture

Including standardized solutions for local switching

9100 BTS

75xx MGW

5060WCS

9130 BSC 9130 MFS (PCU)

7500 SGSN

7750/7710 SR7450 ESS

Overall Benefits9Further BSS simplification (no TC)

9One transport technology end-to-end

Overall Benefits9Further BSS simplification (no TC)

9One transport technology end-to-end

AoIP: 3GPP Rel-8


IP transformation in BSS : Key take-aways

IP transformation in Alcatel-Lucent BSS IS NOW A REALITYIP transport is a High added value feature for GSM networks

IP in BSS as major contributor to operator TCO reduction Key added value of IP features is Transmission OPEX reduction Native IP is the cost effective solution to address Full IP transformation A-Flex / A sig o IP / Gb-Flex allow to follow Core Network transformations A (UP) over IP is a key step enabling evolution to a flat architecture

IP transformation in GSM network (BSS+NSS) as a mandatory step IP BSS is a first mandatory step towards GERAN evolutions IP allows for multi-standard convergence IP allows to go towards flat architectures (LTE)

Strong IP transformation plan in Alcatel-Lucent BSS Progressive introduction of IP, from B9 to B10 , B11 and further Complementarity and compatibility of all features


Alcatel-Lucent GSM

Roadmap


2008 2009 20102007Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4

Alcatel-Lucent GSM/EDGE Roadmap Features/Hardware

Abis Dynami c

EDGE Enhanced

Streaming Traffic Class

2G to 3G Handove r

Abis Dynamic

EDGE Enhanced

Streaming Traffic Class

2G to 3G Handover

B9B9

MR1:

Dual Transfer Mode

Optimized HR Connect

TD-SCDMA interwrk

MR1:

Dual Transfer Mode

Optimized HR Connect

TD-SCDMA interwrk

MR2:

Extended Dynamic Allocation

Gb Over I P

WB-AMR

MR2:

Extended Dynamic Allocation

Gb Over IP

WB-AMR

IP Transport in BS S

Full A over IP (*)

STM-1 in BSC

A5/3 ciphering

A/Gb fle x

Dynamic power save (* )

Synchronized Network (* )

IP Transport in BSS

Full A over IP (*)

STM-1 in BSC

A5/3 ciphering

A/Gb flex

Dynamic power save (*)

Synchronized Network (*)

B10B10 B11B11

GERAN Evolutio n

Dual carrier

Latency reduction

EGPRS2

WB-AMR 8PSK

Antenna hopping

BSC Server

PS HO

LTE interworkin g

GERAN Evolution

Dual carrier

Latency reduction

EGPRS2

WB-AMR 8PSK

Antenna hopping

BSC Server

PS HO

LTE interworking

(*)POI: Plan of Intent

IP Backhauling IP Backhauling

B12 (*) B12 (*)

FOA

BTS Local Switching (*) BTS Local Switching (*)

BTS TWIN TRX 900MHz 45 W

TWIN TRX 1800 Mhz 35 W

BTS TWIN TRX 900MHz 45 W

TWIN TRX 1800 Mhz 35 WBTS SUMX (Ethernet)

BTS SUMX (Ethernet)

BTS TWIN TRX 1800 & 850 & 1900 45W

BTS TWIN TRX 1800 & 850 & 1900 45W

RRH 2G / 3G / LTE (*) GSM w/ 6 TR X

RRH 2G / 3G / LTE (*) GSM w/ 6 TRX

BSC Evolution: BSC 1200 TRX /

cabinet

BSC Evolution: BSC 1200 TRX /

cabinetBSC Evolution: BSC 2000 TRX/cabinet

BSC Evolution: BSC 2000 TRX/cabinet

BSC Evolution: TP STM-1 IP boar d

BSC 12600 Erl/cabinet (*)

BSC Evolution: TP STM-1 IP board

BSC 12600 Erl/cabinet (*)

Transcoder: TC STM1 board Transcoder: TC STM1 board

BSC Evolution: BSC 2800 TRX/cabinet (*)

BSC Evolution: BSC 2800 TRX/cabinet (*)


Alcatel-Lucent BSS

Ready for the future of GSM


GERAN EVOLUTION / introduction

2001 2004-2006 2007-2008 2009

Years

Downlink Throughput

Target GERAN Evolution 1 Mbit/s per User in Downlink!

80 kbit/s

240 kbit/s300 kbit/s

2010

IP in the RAN is the first step to GERAN Evolution GERAN Evolution under standardization in 3GPP Release 7

IP in the RAN is the first step to GERAN Evolution GERAN Evolution under standardization in 3GPP Release 7


GERAN EVOLUTIONS / building blocks

EGPRS2

Red HOT (now called EGPRS2 Downlink) stands for Reduced Symbol Duration and Higher Order modulation and Turbo coding

HUGE (now called EGPRS2 Uplink) stands for Higher Uplink Performance for GERAN Evolution

HUGE is Similar to Red Hot for the uplink

Under 3GPP Standardisation

Downlink Dual carrier : Two downlink carriers per MS => Allows to double the downlink throughputLatency reduction for conversational applications (VoIP) and gaming

MS Receive Diversity MSRD Two antennas per MS => improves downlink throughput in bad radio

conditions


GERAN EVOLUTIONS / EGPRS2 (Red HOT & HUGE )

New Modulations QPSK

16 QAM

32 QAMHigher Symbol Rate 325 ksamples/s

Turbo Codes

Better performances in bad radio conditions

Up to ~80 kb/s per radio timeslot

Up to ~100 kb/s per radio timeslot

Better protection, increases mean bit rate

x 1,2 peak rate

Standards not completely finalized yet High gain on throughput High impact on the physical layer of handsets


GERAN EVOLUTIONS / EGPRS2 Downlink

EGPRS2- A DownlinkGMSK, 8PSK, 16 QAM, 32 QAM, Legacy symbol rate 271 ksamples/sModulation and Coding Schemes :

y legacy MCS-1 to MCS-4 from EGPRSy new DAS-5 to DAS-12

8PSK, 16QAM, 32QAM With turbo codes

0

20

40

60

80

100

0 5 10 15 20 25 30 35 40 45

GPRS

EDGE

EGPRS2-A DownlinkData throughput per timeslot

Max throughput per TS : 98 kbit/s

EGPRS2- B DownlinkGMSK, QPSK, 16-QAM, 32-QAM

Higher Symbol Rate (325 ksymbols/s) Modulation and Coding Schemes:

y legacy MCS-1 to MCS-4 from EGPRSy new DBS-5 to DBS-12

QPSK, 16-QAM, 32-QAM

With turbo codes


C/I

EGPRS2- A DL: high priority for B12


GERAN EVOLUTIONS / EGPRS2 Uplink

EGPRS2- A Uplink : GMSK, 8PSK, 16QAM Legacy symbol rate 271 ksamples/s Modulation and Coding Schemes :y reuse legacy MCS-1 to MCS-6 from EGPRS

GMSK & 8-PSK

y new UAS-7 to UAS-11 (16 QAM)

Max throughput per TS : 81.6 kbit/s

Data throughput per timeslot

0

20

40

60

80

100

0 5 10 15 20 25 30 35 40 45 C/I

GPRS

EDGE

EGPRS2-A UL

EGPRS2- B UL :y GMSK, QPSK, 16QAM, 32QAMy Higher Symbol Rate 325 ksamples/sy reuse legacy MCS-1 to MCS-4 from EGPRS

GMSK

y new UBS-5 to UBS-12


Data throughput per timeslot

EGPRS2-A Uplink: high priority for B12


GERAN Evolution Throughput for the end user

Downlink MaxDownlink Max Uplink

x 5 multislot class 33

x 2

Downlink Dual carrier

Uplink MaxUplink Max

x 4 multislot class 12

100kbit/s/TS 80(A)-120(B) kbit/s/TS

1Mbit/s

320-480 kbit/s


Step 2: In B12 focus on Improved Speed (H2 2009)

GERAN EVOLUTION / Alcatel-Lucent roadmap

Downlink Dual carrier :

Two downlink carriers per MS

X2 Downlink Throughput

Latency Reduction For VoIP and gaming applications

Main Evolved EDGE features now considered by industry participants:

Better Performances / throughputRED HOT (now called EGPRS2 Downlink)

HUGE (now called EGPRS2 Uplink)

Step 1: System trial with first set of features (H1 2009)

Alcatel-Lucent Solution Fully in line with Market / Ecosystem


GERAN Evolutions target 1Mbit/s per user IP transport is mandatory

GERAN-Evo Hardware

IP transport

GERAN-Evo Software

Alcatel-Lucent value proposition

A9130 BSC / MFS Evolution

available now

B9/B10/B11Q4-2007 / Q4-2008

Q2-2009

TWIN TRXavailable now

GERAN Evolution in Alcatel-Lucent BSS


Conclusions


Lowering the Unit site Cost Summary Alcatel-Lucent BSS TCO Features

Civil works

Site equipment

TransmissionPowerconsumption

Site rental

Operation &maintenance

Only 3 BTS Modules to reduce spare partsCoverage solutions to reduce number of sites

Telecomequipment

Alcatel-Lucent boosted BSS portfolio Together with innovative site infrastructure solutions

Addresses all categories of BTS site TCO

CompactnessZero foot printRAN sharing

Best-in-Class power consumption IP Transport

Flexible transmission incl. satellite, MW, etc.

High capacity :

BTS 48/72 TRX, BSC 2000 TRX+

New features through SW upgrade ; full backward

compatibility

Technology evolution : MCPA

No Air conditioning : HEX or DACS (55)Minimized gensets thanks to low power consumption

Outdoor BTS to avoid shelterCompact CBO to minimize footprint


ALCATEL- LUCENT

Alcatel-Lucent 2G TechnologiesProducts Portfolio AgendaSlide Number 3What about GSM/EDGE market?GSM Chipset and Device Ecosystem overall trendsMeet your challenges: address all the different marketsAlcatel-Lucent GSM/EDGE solution answering to your ChallengesLowering the Unit site CostSummary Alcatel-Lucent BSS TCO FeaturesSlide Number 9Alcatel-Lucent BTS portfolio A simple and powerfull architectureAlcatel-Lucent BTS portfolio fuelled by Best-in-Class TransceiverBest Flexibility / Radio Performances / Power ConsumptionSlide Number 12Slide Number 13Alcatel-Lucent 9100 Multi-standard Base Station indoorThe MBI family in AC or DC versionsThe highest capacity per cabinet up to 24 TRX Alcatel-Lucent offer for indoor BTS Alcatel-Lucent A9100 Multi-standard Base Station OutdoorThe MBO-Evolution family in AC or DC versionsThe highest capacity per cabinet up to 24 TRX Alcatel-Lucent offer for outdoor BTS The highest flexibility for Telecom and/or BatteryAlcatel-Lucent offer for outdoor BTS Slide Number 19Slide Number 20Slide Number 21Alcatel-Lucent value proposition for remote sitesCompact Outdoor BTS (CBO) 130Kg / 450 Litres Slide Number 25Slide Number 26Low power consumption allow for Green BTSLow power consumption allow for Green BTSDynamic Power Save DefinitionTWIN TRX consumption breakdown with PA bias switch-offPower Consumption Western Europe Case StudyLow power consumption allow for Green BTSCustomer example in Senegal (West Africa)Low power consumption allow for Green BTSCustomer example in Tibet (Asia)Slide Number 34Alcatel-Lucent BTS portfolio fuelled by Best-in-Class TransceiverFocus on Rx sensitivityNew Compact TWIN TRX Radio Module Characteristics of the coverage modeField application in AfricaTxDiv gain results (2/2)Slide Number 38Slide Number 39Slide Number 40Alcatel-Lucent BTS portfolio Always Bring innovation to your Base Station2009 and beyond. View at a glance.Alcatel-Lucent Multi-Carrier Power Amplifier. Characteristics (Plan of Intent)2009 and beyond. View at a glance.Alcatel-Lucent Multi-Carrier Power Amplifier (MC PA) Always innovate with Alcatel-Lucent radio solutions Distributed Radio Heads with latest MCPA technologyGSM site2G/3G/LTE site Slide Number 48Slide Number 49Multi-standard cabinet 2G-3GMulti-standard cabinet : Benefits of MCPA introductionRRH architecture Slide Number 53ConclusionAlcatel-Lucent 9130 BTS Cabinets Slide Number 55Alcatel-Lucent 9130 BSC/MFS Evolution Key figuresThe Alcatel-Lucent Telecom products Benefits of an open & IT-based architectureThe 9130 BSC/MFS Evolution A single platform for GSM and GPRS/EDGEThe 9130 BSC/MFS EvolutionA state-of-the-art platform architecture based on a Gigabit Ethernet SwitchBSC Evolution ArchitectureNo GPRS/EDGE Impact on dimensioningAlcatel-Lucent 9130 BSCCapacity & Connectivity evolutionsHow to extend on-line the Alcatel-Lucent 9130 BSC capacity ?The 9130 BSC/MFS Evolution A single platform for GSM and GPRS/EDGEThe new 9130 BSC/MFS Evolution High scalability & FlexibilityThe 9130 BSC/MFS Evolution Capacity of each PCU configurationAlcatel-Lucent 9130 BSC/MFS Evolution Key Product Strengths Slide Number 68BSC/MFS connectivity Various transmission types available Slide Number 70Alcatel-Lucent 9125 Compact TranscoderKey figuresSlide Number 72Alcatel-Lucent Solution for IP Network TransformationIncluding standardized solutions for local switchingAlcatel-Lucent Solution for IP Network TransformationIP in the BSS: Where we are TodaySlide Number 75B11: Native IP BSS + AoIP + GboIPTC removed from BSSIP transformation in BSS : Key take-awaysSlide Number 78Alcatel-Lucent GSM/EDGE Roadmap Features/HardwareSlide Number 80GERAN EVOLUTION / introductionGERAN EVOLUTIONS / building blocksGERAN EVOLUTIONS / EGPRS2 (Red HOT & HUGE )GERAN EVOLUTIONS / EGPRS2 DownlinkGERAN EVOLUTIONS / EGPRS2 UplinkGERAN EvolutionThroughput for the end userGERAN EVOLUTION / Alcatel-Lucent roadmapGERAN Evolution in Alcatel-Lucent BSS Slide Number 89Lowering the Unit site CostSummary Alcatel-Lucent BSS TCO FeaturesSlide Number 91

alu bss portfolio presentation_v3

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