ALU BSS Portfolio Presentation_v3

Alcatel-Lucent 2G Technologies Products Portfolio

Mexico March, 5th 2008

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

2 | BSS portfolio | March 2008

All Rights Reserved © Alcatel-Lucent 2007

Strategy for Alcatel-Lucent 2G/3G Product Lines



What about GSM/EDGE market? With With2.1 2.1Billion Billionusers, users,GSM GSMMarket Marketisisthe thehighest highestwireless wirelessmarket market More Morethan than250 250millions millionsnew newsubscribers subscribersinin‘Y07 ‘Y07(63% (63%of ofnew newmobile mobilesubscribers) subscribers) More Moreand andmore moreCDMA CDMAoperators operatorsadd add(overlay) (overlay)GSM GSMlike likeAMX: AMX:Dominican DominicanRep. Rep.(Claro (ClaroDominica), Dominica),

Source: Pyramid Research Y07

400 350

Millions

300 250 200 150 100 50 0 2006

2007

2008

2009

2010

Claro 1900 Mhz SmartCom 1900 Mhz

2011

Movilnet 850 Mhz

Reliance 900 /1800 Mhz

Vivo 850 Mhz

Source: GSA september 2007

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

257 Networks with EDGE Commercial Services

5-Years EDGE Subscribers forecast

EDGE: EDGE:aaVery VeryDynamic DynamicMarket Market 38% 38%CAGR CAGRsubscribers subscribersgrowth growthfrom from’06 ’06to to’11 ’11(Pyramid (PyramidResearch Research’07) ’07) 55% 55%UMTS/HSPA UMTS/HSPAnetworks networkscombine combinewith withEDGE EDGEfor forservice servicecontinuity/best continuity/bestuser userexperience experience 70% 70%to to80% 80%of ofUMTS/HSPA UMTS/HSPAuser userterminals terminalsalso alsosupport supportEDGE EDGE GERAN Evolution is under Evolution underfinalization finalizationat at3GPP 3GPP 4GERAN | BSS portfolio | March is 2008


GSM Chipset and Device Ecosystem overall trends 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

The TheGSM GSMmultibanding multibandingisisaacommodity commodityoffering offeringto tothe theconsumer consumeran an(inter)continental (inter)continentalor or global mobility capability. global mobility capability. More Morethan than100 100quad quadband bandphones phonesare areavailable availablefor forglobal globalroamers. roamers.

N73

W300

PEBL U6

D600

Voice centric phones are still being sold in high end & Deluxe range (Vertu). 5 | BSS portfolio | March 2008


Benq P51

Blackberry 7100x

IT players create new Market trends (iPhone)

Meet your challenges: address all the different markets

Expand Coverage

Face Traffic Explosion

Innovate

New markets

Increased demand

Innovative services

Low ARPU customers

Profitable flat fee

Differentiation

Mature Markets focus 6 | BSS portfolio | March 2008


AT LOWEST TCO

Emerging Markets focus

Alcatel-Lucent GSM/EDGE solution answering to your Challenges Alcatel-Lucent ANSWER

YOUR CHALLENGES

Power Consumption Best-in-class coverage Green outdoor BTS

Expand Coverage Face Traffic Explosion

AT MINIMUM TCO

Innovate

Multi-standard 7 | BSS portfolio | March 2008

Optimized footprint 48 TRX BTS IP transformation Best User Experience GERAN Evolution

Cost optimization All Rights Reserved © Alcatel-Lucent 2007

Investment Protection at LOWEST TCO

Software upgrades

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

Only 3 BTS Modules to reduce spare parts Coverage solutions to reduce number of sites

Outdoor BTS to avoid shelter Compact CBO to minimize footprint Civil works Site equipment

Operation & maintenance

Minimized gensets thanks to low power consumption

Telecom equipment

Compactness Zero foot print

No Air conditioning : HEX or DACS (55°)

Site rental

High capacity :

RAN sharing Power consumption Best-in-Class power consumption

BTS 24TRX, BSC 2000 TRX+ Transmission

IP Transport Flexible transmission incl. satellite, MW, etc.

New features through SW upgrade ; full backward compatibility Technology evolution : MCPA allowing BTS 48 (72) TRX

Alcatel-Lucent boosted BSS portfolio Together with innovative site infrastructure solutions 8 | BSS portfolio | March 2008 Addresses all categories of BTS site TCO All Rights Reserved © Alcatel-Lucent 2007

“Green 2G Base Station”

.1 9 | BSS portfolio | March 2008

A simple architecture


Alcatel-Lucent BTS portfolio A simple and powerfull architecture

OPERATION & MAINTENANCE OPEX

ONLY 3 MODULES, COMMON TO OUTDOOR AND INDOOR SUM = Station Unit Module (Central processor) ready for IP TWIN TRX = double Transceiver ready for GERAN-Evo up to 1 Mbps/ user ANC = Wide Band Combiner/Duplexer for various sector configurations


Maximum MaximumConfiguration Configurationflexibility flexibility Best reliability with TWIN Best reliability with TWIN (Functional (FunctionalMTBF MTBFat at185 185000 000hours) hours) Minimum spare parts for all models All Rights parts Reserved © Alcatel-Lucent Minimum spare for all2007 models

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

TWIN 900/1800/1900

Coverage CoverageMode Mode

GSM/EDGE

Each Eachnominal nominalTRX TRX Output power Output powerat at 45/30 Watts (GMSK/8-PSK) 45/30 Watts (GMSK/8-PSK)

With WithOption OptionTX-Diversity TX-Diversity Up to 175 Watts – environment Up to 175 Watts – environmentdependant dependant (from (from44to to66dB dBgain) gain)

With WithEnhanced Enhanced2-Rx-Div 2-Rx-Div(by (bydefault) default) Rx RxSensitivity Sensitivityfrom from -114,5 to -117 -114,5 to -117dBm dBm

With WithOption Option4-Rx-Div 4-Rx-Div Rx RxSensitivity Sensitivityfrom from -117,4 to -121 -117,4 to -121dBm dBm

– –environment environmentdependant dependant

OPEX/CAPEX reductions Less cabinets: Capacity X 2 Less civil works – site rental Antenna Hopping possible Consumption between 20 and 135 Watts per TRX Backward compatible 11 | BSS portfolio | March 2008

environment environmentdependant dependant(array (arrayofof44antennas) antennas)

GERA Evolu N tio Read n y WB-A MR Read y All Rights Reserved © Alcatel-Lucent 2007

OPEX/CAPEX reductions 30 to 50% less sites required

Alcatel-Lucent BTS


The smallest footprint


Alcatel-Lucent BTS portfolio The tool to optimise your CAPEX Sub-urban Sub-urban area area

Low Low density density and and rural rural areas areas

Dense Dense urban urban area area MBO2 up to 55°C

nanoBTS GPRS MBO1 up to 55°C nanoBTS EDGE/AMR

MBI5

CBO (Compact Outdoor BTS)

Multi-standard Outdoor

Outdoor Base stations MBI3 Micro-BTS

Indoor Base Stations

Ultra Light 3x2 TRXs

Indoor/Outdoor soutions Small Up to 2 TRX

Multi-standard indoor

Multi-Standard Solutions Medium Up to 6 TRX


Multi-Standard Solutions Large Up to 12 TRX

Full Full BTS BTS portfolio portfolio to to cover cover all all the the market market niches, niches, Rights Reserved © Alcatel-Lucent 2007 and higher capacity and ready ready for forAlleven even higher capacity

Capacity

Very Large Up to 24 TRX

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

XXL Capacity 24 TRXs Cabinet for best multi-standard UMTS/GSM applications Size Optimization 12 TRXs Cabinet !

u M

d n ta

d r a

s i t l n u M tio & a t d S n e a s b i Ba lt

MBI-3 12 TRXs capacity S4,4,4

MBI-5 24 TRXs capacity S8,8,8

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

Cabinet ready ready from from MCPA MCPA technology technology … … 14 | BSS portfolio | March 2008Cabinet All Rights Reserved © Alcatel-Lucent 2007

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

twin TRX

90 TRX / Sqm !

MBI-5 24 TRXs capacity

Mono-band Mono-bandup up to to33xx88

Available Availablealso alsoin in MB MB33xx44++33xx44


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

Size Optimization 12 TRXs Cabinet !

u M

XXL Capacity 24 TRXs Cabinet for best multi-standard UMTS/GSM applications

d n ta

d r a

s i t l n u M tio & a t d S n e a s b i Ba lt

MBO1-Evo 12 TRXs capacity S4,4,4

MBO2-Evo 24 TRXs capacity S8,8,8

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


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

Mono-band Mono-bandup up to to33xx88

twin TRX

22 TRX / Sqm + 3G inside !

Available Available also alsoin inMB MB 33xx44++33xx44 MBO2-Evo 24 TRXs capacity Cabinet ready ready from from MCPA MCPA technology technology … … 17 | BSS portfolio | March 2008Cabinet All Rights Reserved © Alcatel-Lucent 2007

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

Characteristics of MBO1/2 Evolution Huge space available for operator Mounting frames 19’’ for Telecom (Sat, MW, dNodeB, etc …): – max 15 U for MBO2E AC, 18 U for MBO2DC

Integrated battery back up – Up to two Batteries compartment (2x BU90) to minimise use of additional EBCO

Mix of both

MBO1 version AC Up to 5 hours for 12 TRX !



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

New in 2007 Use “fresh”air from outside to cool the electronics inside the cabinet As a result, it extend temperature range up to 55°C (+10°C vs current HEX solution) Industrial / Hydrophobic Filter system plus blower avoid expensive Air-Conditioner, with high power consumption and high maintenance costs

MBO1/2 Evo (DAC8/9)

Temperature range with full capacity (24TRX) : 19 | BSS portfolio | March 2008 outside up to +55°C

(long term, maximum power, all options) All Rights Reserved © Alcatel-Lucent 2007

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

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

Low maintenance between 3 and 10 years in India

MBO1/2 Evo (DAC8/9)

– environment dependant

DACS improves MTBF of electronics in hot climates



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

Gore filter are very protective against most of ambient particulates and 21 | BSS portfolio | March 2008 provide the optimum for thermal efficiency All Rights Reserved © Alcatel-Lucent 2007

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

OPEX/CAPEX reductions

A N B ev

A N B ev

A N B ev

S U M A

Dummy panel

TRX

TRX

TRX

TRX

TRX

TRX

Install it anywhere (roof, mast, poles…even indoor site)

Connections Cables arrival

Option 1U Option 1U Option 1U

DC Distribution

Installation

Fan Stage Air Inlet

Hardware Configurations

BTS hardware modules – high MTBF

Various configurations ideal for rural, road coverage, etc. Maximum 6 TRX: 1x6, 2x3, 3x2 High flexibility for integrated transmission equipment and/or battery back up

Power


Thanks to TWIN :580 Watts in idle

Reducing Site TCO with CBO and TWIN transceiver All Rights Reserved © Alcatel-Lucent 2007

Alcatel-Lucent value proposition for remote sites Customer example in Niger (West Africa) Site engineering solution CBO 3X2 BTS on top of pylon Solar panels integrated into the Tower 45m² of solar panel with an angle of 15°

On top:

Complete autonomous site without available power supply

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

Benefits Reduction of foot print Reduction of vandalism

Solar panel

OPEX savings (fuel free !)

Batterie s

High coverage (no feeder loss) 23 | BSS portfolio | March 2008


Alcatel-Lucent TCO - Outdoor Base Stations A huge installed base (40000+ Outdoors) with world-wide deployments 1.

Europe •

2.

Almost all countries … South Asia / Asia Pacific

•

China

•

India

•

Thailand & Philippines

•

Tibet …

3.

MBO configuration in

Africa / Middle East

TrueMove - Thailand

•

Kenya - Tanzania

•

Algeria - Tunisia

•

DRC

•

UAE- Qatar

•

Afghanistan & Pakistan …

4.

America •

Brasil …

Target: 100% Network penetration


CBO site configuration in Tibet


“Green BTS”


Best Power Consumption for radio sites


Low power consumption allow for “Green BTS”

Coverage mode

TX1

110W+ equivalent Output Power

GERA Evolu N tio Read n y

135 W/Sector

80

23 sites with Tx- Div

Traffic TRXs

45 sites w/ o Tx- Div

Power Consumption BCCH TRXs

Output Power & Performances

Capacity mode

24 TRX per cabinet With Twin Module


W/TRX

20 W/TRX

TX2

with 100% Time Slots (TS) at Full Power (FP)

FULL TRAFFIC with 2% GoS (60%TS at FP) Power Control, DTX

LOW TRAFFIC Dynamic Power Save activated

Note: Values valid for GMSK, 8-PSK, 1800 MHz or 900 MHz All Rights Reserved © Alcatel-Lucent 2007

POWER SUPPLY

Low power consumption allow for Green BTS

Indoor BTS

Outdoor

3x2

MBI-3 DC

Low Traffic

660 W

550 W

3x4

1205 W

650 W

3x2

700 W

580 W

3x4

1245 W

690 W

MBI-3 DC CBO DC

BTS

Full Traffic

MBO-1 AC

BTS 900 MHz with DTX, Power Control, Dynamic Power Save Full traffic: with 2% GoS Low traffic: low enough to be carried by BCCH Not all configurations are listed

LOWEST POWER CONSUMPTION ON THE MARKET 28 | BSS portfolio | March 2008


ed ent p m d y Sta epen bod nd tion i by ifica rt ce

Dynamic Power Save Definition Alcatel-Lucent Value Proposal : Full time minimization of power consumption “Dynamic Power Save” with Switch-off PA bias 0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

bias off

0

1

2

3

4

5

bias off

Power saving as soon as more than 2 consecutive TS are idle Time required to switch-on the PA = 1,5 radio timeslot (~0,86ms) 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 29 | BSS portfolio | March 2008


No impact at all on MTBF !!!

TWIN TRX consumption breakdown with PA bias switch-off

90

25

max

270 W

40

40

idle

BCCH + 0 traffic

40 W

155 W


90

70

25

25

25 40

90

90

90

25

25

35

25

25

35

25

40

40

BCCH + 1TRX PC + DTX

2 TRX PC + DTX

215 W

160 W

40 BCCH + 1TRX PC

35

250 W All Rights Reserved © Alcatel-Lucent 2007

Power Consumption Western Europe Case Study Indoor 3x4 BTS (MBI-3) using Twin TRX, on a live network: DPS availa ble i n B1 1

BTS Power Consumption(W (W)over 24 hours) BTS Power Consumption 1400

Case Study 12 TRXs

1200 1000 800

With no SW feature

600

With DTX & Power Control

400

With DTX, Power Control & Dynamic Power Save

200

Low Traffic Hours

22

20

18

16

14

12

10

8

6

4

2

0

0

High Traffic Hours

24 Hours Benefits

TX1

HARDWARE INTEGRATION

BCCH TRXs: only 135 W per Sector ! TX2

DTX & Power Control DL

DYNAMIC SOFTWARE

Dynamic Power Save (DPS)

Best-in-Class Intrinsic Power Consumption… …+ 25% day-round additional savings

24h average for a 3x4: 800 W – 20 KWh PER DAY 31 | BSS portfolio | March 2008


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

Celebrating Alcatel-Lucent’s 200th SOLAR-POWERED RADIO SITE ! Bettenty Island (Senegal)

Alcatel-Lucent Compact Base Station Outdoor (CBO) in 3x2 Configuration

Affordable

solar panel surface…

…thanks

to very low power consumption

Field proven leadership in innovative power integration 32 | BSS portfolio | March 2008


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

Site situation Isolated rural area. Difficult Access, Complex Logistics No power available. Only satellite transmission available

Limited subscriber base and ARPU

Alcatel-Lucent Solution NO REFUEL POWER SUPPLY Solar Panel made possible by minimum BTS power consumption AFFORDABLE TRANSMISSION Compressor for satellite links Up to 50% bandwidth savings Integrated in the BTS MINIMUM MAINTENANCE Alcatel-Lucent BTS MTBF Only 3 BTS modules Efficient cooling

Combining Satellite Link compression and Solar Panel Systems (no refuel) to reach OPEX low enough to enable Remote Village Business Case 33 | BSS portfolio | March 2008


Alcatel-Lucent TRX


for the best network coverage


Alcatel-Lucent BTS portfolio fuelled by Best-in-Class Transceiver Focus on Rx sensitivity Two Twomain mainalgorithms algorithmsembedded embeddedininTWIN TWIN Optimum Ratio : combining method for de-correlated received signals to benefit from the diversity gains

Polarization Diversity: Two antennas with different polarization planes Space Diversity Two antennas separated vertically or horizontally

Least Square : beam forming algorithm to reject a strong interferer

Adapts the antenna pattern to maximize the C/I

na n e nt a rt t ! Computes complex weight for each antenna a p Sm nce to steer a null in the direction co of the main interferer



New Compact TWIN TRX Radio Module Characteristics of the coverage mode Higher HigherOuput OuputPower Power With WithOption OptionTX-Diversity TX-Diversity

Here TWIN offers one GSM carrier !

On Onair aircombining combiningof ofsame samesignal signal ++Diversity Diversitygain: gain: Dense Urban: 5.9dB, Dense Urban: 5.9dB, Sub Urban: 4.6dB, Sub Urban: 4.6dB, Rural: 4dB Rural: 4dB

From From113 113Watts Wattsup upto to175 175Watts Watts– –

BTS

short delay

environment environmentdependant dependant


High Highsensitivity sensitivity With WithOption Option4-Rx-Div 4-Rx-Div Rx RxSensitivity Sensitivitywith witharray array of 4 antennas of 4 antennas from from-117,4 -117,4to to-121 -121dBm dBm environment environmentdependant dependant

Possibility Possibilityto touse useEnhanced Enhanced2-Rx-Div 2-Rx-Div with or without TMA with or without TMA 36 | BSS portfolioTWIN | March in 2008Coverage

mode: Outstanding Radio Performances All Rights Reserved © Alcatel-Lucent 2007

MS

Field application in Africa TxDiv gain results (2/2) RxLev over Drive Test route (in dBm) -40

without TxDiv with TxDiv

-50 -60 -70 -80 -90 -100 -110

5.4dB gain (average on this drive route)

45 sites w/ o Tx- Div

NoTxDiv

TxDiv

23 sites with Tx- Div

Reminder: existing simulations show that 4-5dB gain translates into ~ 30% less sites !

TxDiv gains measured on field on this site exceed results from simulations 37 | BSS portfolio | March 2008


☺

Alcatel-Lucent BSS solutions for rural Features

Unbalanced Output Power At cell level MP

TxDiv

Combine advantages of capacity and coverage at the same time TWIN Conversion high coverage to capacity done on-line from OMC-R ar Softw



e o nl

y

Alcatel-Lucent BSS solutions for rural Features Enlarged Extended cell combined with TWIN TRX in Coverage Mode Combine advantages of outstanding radio performances in DL/UL and EEC For the best services >

> > >

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 Sector 1 All features supported by the cell Inner cell including Packet Data support (EDGE)

n are o w t f o S Sector 2 Outer cell

35 km Up to 70 km

The right answer for very low traffic areas 39 | BSS portfolio | March 2008


ly

Focus on the next steps


of transceiver evolutions


Alcatel-Lucent BTS portfolio Always Bring innovation to your Base Station One module : 1 up to 6 TRX with one single PA

High efficiency

Total output power distributed on all carriers No more combining losses

less power consumption Multi-standard capable

High flexibility

GSM / WCDMA / LTE

Convert Power to coverage or capacity

1998 Evolium BTS TRX

2000 Edge TRX

2004 Edge+ TRX MP & HP

Multicarrier Multicarrier 11 to to 66 TRX TRX 2006 TWIN 2 x TRX

Towards MCPA Towards MCPA techno techno :: the the next next step step of of Transceiver Transceiver evolution evolution 41 | BSS portfolio | March 2008 All Rights Reserved © Alcatel-Lucent 2007

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

Up to 6 GSM TRX Output Power: Better than with TWIN TRX 2 x 40W GMSK TOC

rk i te com m app r ple t i o n o ve d a t dat e : TSG G Fe b E ru a R A N # ry 2 0 0 8 35

Under Under Evaluation Evaluation Target Target Q2 Q2 2009 2009 (Plan of Intent)

4 x 20W GMSK TOC 6 x 10W GMSK TOC

Power Consumption: 350W

Form factors:

Ready for GERAN Evolution

Same form factor as current Twin TRX

Ready for Multistandard

Form factor adapted for future distributed solutions



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

Macro Module 1 to 6 TRX

The The MC MC PA PA architecture architecture consider consider one one PA PA function, function, the the PA PA output output power power is is distributed distributed over over aa defined defined number number of of TRX TRX

In In one one module, module, up up to to 66 TRX TRX can can be be defined defined by by Operator Operator based based on on coverage coverage and and capacity capacity requirements. requirements.

No No more more loss loss in in combiner combiner stages stages Flexibility Flexibility and and integration integration with with existing existing and and future future Alcatel-Lucent Alcatel-Lucent BTS BTS products products for for macro macro BTS BTS and and distributed distributed BTS BTS solutions solutions 43 | BSS portfolio | March 2008


Always innovate with Alcatel-Lucent radio solutions

Vis our 3 ible on GSM boot h!

Multi-Carrier Power Amplifier Q2 2009

High flexibility: Convert power into coverage or capacity Preliminary design

Macro-Module

Distributed BTS

one module = 1 to 6 TRX

one module = one sector

high capacity BTS (48 TRX)

from 1 up to 6 TRX


for all types of environment All Rights Reserved © Alcatel-Lucent 2007

Distributed “Radio Heads” with latest MCPA technology Characteristics (plan of intent)

SITE ACQUISITION CIVIL WORKS SITE RENTAL

SSaame t m ec aassMacertechhnnoolologgyy Macroossoluti olutoionns s

Dimensions volume: less than 20 l weight: 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 watt New concepts for optimized consumption based on actual traffic Protection IP55 Temperature Range -40°C / +50°C (Heating unit required for start up phase in cold condition) “GERAN Evolution” ready


Multi-standard Multi-standard (2G/3G/LTE) (2G/3G/LTE) capable capable All Rights Reserved © Alcatel-Lucent 2007

GSM site

RRH

RRH Chaining of RRH

Ethernet µ-waves

DC power Bat

AC/DC


No need of any GSM equipment on the ground No need of fiber between Ground & Mast All Rights Reserved © Alcatel-Lucent 2007

2G/3G/LTE site

RRH 2G/3G

RRH 2G/3G

DC power Optic fibers Bat

AC/DC

to RNC BBU

to BSC Ethernet



Multi-standard cabinet


Migration path towards other technologies


Multi-standard cabinet 2G-3G Use 9326 d2U / 9341 RRH solution within the GSM existing cabinet Applicable also to all outdoor generations

Options/Batteries

Options/Batteries

LLEE B B A AAIILLWA !!!!!! V V AA O NNOW

DUMMY PANNEL

S U M A

Twin Twin TRX TRX

FAN STAGE AIR INLET A N C e

A N C e

No i m MBO pact on cap acit X y

GSM RACK FAN STAGE DUMMY AIR INLET PANNEL

A N C e

GSM RACK RRH

FAN STAGE AIR INLET

FAN STAGE DUMMY AIR INLET PANNEL

Twin Twin Twin Twin TRX TRX TRX TRX

GSM RACK

FAN STAGE AIR INLET

FAN STAGE DUMMY AIR INLET PANNEL

AC/DC

d-Node B 2U 3U for Options

X X X X X X X X X

Antenna

High High GSM GSM capacity capacity thanks thanks to to Twin Twin TRX: TRX: up up to to 24 24 TRX! TRX! 49 | BSS portfolio | March 2008


Jumpers 0,8 dB

Multi-standard cabinet 2G-3G DESCRIPTION Up to 12 TRX with twin TRX

GSM •GSM

Up to 3 sectors 3 carriers

2G 2G modules modules

Up to 768 CEs VALUE Capitalize on existing assets

UMTS UMTS RF RF Modules Modules TRDU TRDU

Twin •GPRS EDGE

TRX UMTS •UMTS d2U & TRDU

No need for new site acquisition Same KPIs and features as Macro Node B Easy 3G introduction at minimum cost: module plug-in

d2U d2U // d4U d4U

Additional flexibility with TRDU d2U/d4U can also be connected to RRHs or rCompact

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



Multi-standard cabinet : Benefits of MCPA introduction

Multi-standard Radio Access Point GSM, UMTS, WiMAX, 3G Long Term Evolution (LTE) Solution for Very High Capacity Base Station With SDR TRX Modules Up to 48 TRXs in one existing Evolium Cabinet (indoor, outdoor) Using Multi-carriers 51 | BSS portfolio | March 2008

New radio modules: MCPA fueled multi-standard/ multi-band


New Modules

New Modules

Existing GSM/EDGE Modules

Existing UMTS Modules

New Modules

New Modules

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 proof 2G RRH may evolve as RRU connected to BBU – If new GSM features require high processing

High reliability Negligible impact of 2G baseband processing in RRH Optimized solution to reduce your TCO 52 | BSS portfolio | March 2008 All Rights Reserved © Alcatel-Lucent 2007

BTS


Conclusions


Conclusion Alcatel-Lucent 9130 BTS Cabinets Compact & optimized solutions with Twin TRX High flexibility with 3 modules only Up to 24 TRX in one cabinet Low power consumption with DPS feature Cost-efficient Outdoor Integrated Radio Sites Benefit from Dual-band configurations 4,4,4 + 4,4,4 in one cabinet only (indoor / outdoor)

MBI5 Mono-band or Dual-band

MB02 Dual-band


Bring Innovation to your BTS MCPA-based techno Double your capacity towards WCDMA / LTE / WIMAX All Rights Reserved © Alcatel-Lucent 2007

BSC/PCU/TC Key Characteristics


For optimized CAPEX/OPEX


Alcatel-Lucent 9130 BSC/MFS Evolution Key figures Next-Generation Equipment with High capacity and flexibility BSC: up to 2000 TRX and 12600 Erlangs per cabinet ! MFS: up to 21+1 GP per cabinet ! Transmissions with E1 / STM-1 (*) / IP (*) Operational Expenses optimized Simplified architecture with 6 different HW entities Best in class compactness & consumption of the market Local switching Field-proven equipment with outstanding stability Safe & Secure platform Re-use existing field proven BSC/MFS Software Equipment with outstanding stability from Day One

Standard 19" rack

Future Proof product State of the Art technology Multi-standard /modular architecture Ready for IP Ready for GERAN Evolutions

(200cmx60cmx60cm), 56 | BSS portfolio | March 2008

(*) future All Rights Reserved © Alcatel-Lucent 2007

The Alcatel-Lucent Telecom products Benefits of an open & IT-based architecture Alcatel-Lucent uses standard ATCA components and designs by its own boards optimized for its specific telecom functions

Base Platform Off-the-shelf 57 | BSS portfolio | March 2008 Optimizing the design/performance

… while shortening time to market


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

Dimensions of the cabinet: Standard 19" rack / Useful height 40U Possibility to integrate two ATCA shelves: For instance, BSC and embedded gateway functions for local switching solutions

(200cmx60cmx60cm) 58 | BSS portfolio | March 2008


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

GE

! ! y dy d a r e s r ea P I n ll GP tio Fu u l o v NE A R

GP CCP

TP

Radio network links

TP

Duplicated SSW

SSW: Ethernet Switch

CCP

E1 shelf

TP: Terminate Point for External transmission module CCP: GSM Control Processing board OMCP: O&M control

OMCP

Ethernet links

OMCP

GP: GPRS Radio Processing board for MFS to manage the user plane processing E1 Shelf: E1 termination and conversion to Ethernet


A simplified architecture with only 6 different hardware entities for BSC & MFS 59 | BSS portfolio | March 2008


* GP = GPU evolution

BSC Evolution Architecture No GPRS/EDGE Impact on dimensioning

Separation Separationof of GSM GSMControl ControlPlane Plane&& User UserPlane Plane TP

A-bis

SSW

Sig CS

CCP

All AllPacket Packettraffic traffic(including (including extra extraTS) TS)recognized recognizedby bythe the TP TPand andforwarded forwardedto toGPRS GPRS Radio RadioProcessing Processing(MFS) (MFS)

E1 shelf

Ater CS Ater PS

BTS

No impact of GPRS/EDGE on GSM Radio Processing of CCP



MF S

TC

Alcatel-Lucent 9130 BSC Capacity & Connectivity evolutions

ady IP re

ere IP th

dy ! a e r IP

B9

B10

1200 TRX per cab

2000 TRX per cab

5,400 Erl per cab

9,000 Erl per cab / HSL

!

B11 2800 TRX per cab (*) 12,600 Erl per cab / HSL

(*): Plan of intent

More than 700 new Alcatel-Lucent 9130 Base Station Controller (BSC) Evolution are already deployed and serving commercial traffic Compact & powerful solutions for GSM/EDGE/GERAN Evolutions The Highest Voice Traffic in the smallest Volume: 12,600 Erlangs 61 | BSS portfolio | March 2008


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

m 10

n

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

BSC is ready for extension by software command

Advanced O&M software for BSC extension Command “Extend-BSC-configuration” – From LMT – Automatic addition of all new MO’s in the BSC database – All Softwares loaded

Hardware audit performed by OMC-R – discover Optional task : Remap BTS on the CCP boards (3mn outage) BSC is ready for BTS integration 62 | BSS portfolio | March 2008


•

m 20

n

The 9130 BSC/MFS Evolution A single platform for GSM and GPRS/EDGE The Themost mostcompact compact &&powerful powerfulsolutions solutionsfor forGSM/GPRS/EDGE GSM/GPRS/EDGE

Central Packet Controller Unit

MFS shelf

GPRS/EDGE processing One GP board handles 960 PDCH Up to 9+1 GP Up to 21+1 GP with 2 sub-racks per cabinet

Platform ready for extensions Scalability : Just plug GP board and play with more EDGE traffic Switching capacity : 10 Gigabit Ethernet Switches

Centralize/aggregate your EDGE processing Traffic of up to 21 BSC shelves handled per cabinet



The new 9130 BSC/MFS Evolution High scalability & Flexibility Many Manyconfigurations configurationsto tofit fit your traffic requirements your traffic requirements

MFS

BSC

E1Shelf


M FS

BSC

BSC

E1 Shelf


E1Shelf

The 9130 BSC/MFS Evolution Capacity of each PCU configuration

MFS Ev Configuration

Max GP

Max PDCH Per GP (B8/B9)

Cells (B9/B10)

AterPS+ Gb E1

Max GP Per BSC

Max BSC Per GP

STANDARD

9+1

960

4000

12 or 16

6

1

LARGE

21+1

960

4000

12 or 16

6

1

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 ! 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




BSC Transmission flexibility



BSC/MFS connectivity Various transmission types available TDM / E1

TDM / STM-1 4 x STM-1 Optical ports for Abis – AterCs– HSL mono-mode short-haul Located at each TP level (new board)

E1 ports for Abis – AterCs&Ps – Gb – HSL Dedicated shelves at the bottom 2 locations per cabinet Installation by multi-pair cables

Front view Ethernet / IP


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 All Rights Reserved © Alcatel-Lucent 2007

Rear view

Transcoding functions



Alcatel-Lucent 9125 Compact Transcoder Key figures A Very Simple Architecture TC based on one main module only: the MT120 board One MT120 board per Atermux encompassing all functions in one board (including sub-multiplexing 1:4) Same board processing all codecs (FR,EFR,HR,AMR-FR,AMRHR,TFO) handled transparently – no pool definition needed New board ready for WB-AMR plus all legacy codecs High capacity for voice processing Up to 48 MT120 boards- 192 A-interfaces per cabinet High flexibility Rack sharing multi-BSC / multi-MSC Ater multiplexed interface (1:4) for optimized transport with full flexibility for co-located or remote TC Design based on DSP for full flexibility to support all codecs by software activation Transmissions with E1 / STM-1 / IP (*) 71 | BSS portfolio | March 2008


Standard 19" rack

(200cmx60cmx60cm),

Network Transformation Towards the all-IP



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

IP

SOFTWARE

IN THE RAN IP Backhauling (Abis / Ater)

IP RAN

/

B9

IP transport in BSS

/

(Full Ethernet or IPoE1 Abis)

B11

IP

AT THE EDGE OF RAN Gb over IP / Gb Flex Full A over IP / A Flex

IP TRANSFORMATION

HARDWARE

B10 / B11 B11 / B11

BSC Evolution Native IP/Eth fabric

GSM BTS with Ethernet interfaces

Alcatel-Lucent leadership in IP Networks transformation Mobile Evolution Transport Architecture (META)

Need for reduction of TCO and to build future proof network 73 | BSS portfolio | March 2008


Alcatel-Lucent Solution for IP Network Transformation IP in the BSS: Where we are Today Cell Aggregator: NetPerformer SDM 9210

9130 BSC Aggregation PDH/ SDH

E1

Abis Ethernet Access Network

5060WCS 9125 TC 75xx MGW

GE

Ater

E1

Ethernet Aggregation Network

9100 BTS Aggregation gateway: NetPerformer SDM 9600

Core IP Backbone

MSC GE

GboIP

Eth

9130 MFS (PCU)

Abis / Ater(PS) IP Backhauling [B9]

Abis / Ater compression Abis & Ater emulation over IP Abis over satellite, DSL, GPON Ater over Metro Ethernet (centralised MFS) 40%~50% opex savings (leased lines)


Gb over IP [B10]

Transmission OPEX/CAPEX savings Inter-working with new generation SGSN Simplified Network operations (O&M OPEX reduction >50% opex savings on Gb All Rights Reserved © Alcatel-Lucent 2007

SGSN 7500 SGSN

B11: Native IP BSS - Full IP over Ethernet (*) (*) Native IP over E1 also supported on Abis 7301 ISAM

A o TDM

DSL (copper (copper))

Eth

7750/7710 SR 7450 ESS

BTS

5060WCS 9125 TC 75xx MGW

DSLAM CS traffic

GboIP

IP Backbone BTS

9500 MPR Sig

PS traffic

9130 MFS (PCU)

7500 SGSN

Ethernet Microwave 9100 BTS

GPON ONT

7342 GPON

Eth

GPON

BTS

Eth

IP entry point in Backhaul Network

9130 BSC

Overall OverallBenefits Benefits Simplified Network Simplified Networkarchitecture architecture Simplified BSS management Simplified BSS management Transmission TransmissionOPEX OPEXsavings savingsininBSS: BSS: >40% >40%

BTS

Ethernet at network access :

Take advantage from cheaper backhaul technos DSL(copper), Microwave, Fibre 75 | BSS portfolio | March 2008

IP aggregation network

cheaper backhauling direct routing (centralized BSC as signalling gateway) All Rights Reserved © Alcatel-Lucent 2007

B11: Native IP BSS + AoIP + GboIP TC removed from BSS Central site 9130 BSC

AoIP: 3GPP Rel-8

9130 MFS (PCU)

T C 75xx MGW

BTS 9100 BTS

BTS

A over IP (User Plane)

raffic ing & t ll a n ig S

A signo Iling ove r IP

IP Backbone

Gb ver IP

7750/7710 SR 7450 ESS

Overall OverallBenefits Benefits Further BSS simplification Further BSS simplification(no (noTC) TC) One transport technology end-to-end One transport technology end-to-end

7500 SGSN

Full (BSS + NSS) IP architecture with TC in MGW: Alcatel-Lucent view on flat architecture 76 | BSS portfolio | March 2008 Including standardized solutions for local switching All Rights Reserved © Alcatel-Lucent 2007

5060WCS

IP transformation in BSS : Key take-aways 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

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…)

IP transformation in Alcatel-Lucent BSS IS NOW A REALITY IP transport is a High added value feature for GSM networks 77 | BSS portfolio | March 2008


Alcatel-Lucent GSM Roadmap



Alcatel-Lucent GSM/EDGE Roadmap Features/Hardware Q1

B9 B9

2007

Q2

Q3

Q4

Q1

2008

Q2

Q3

B10 B10

• Abis Dynamic • Abis Dynamic • EDGE Enhanced • EDGE Enhanced • Streaming Traffic •Class Streaming Traffic Class • 2G to 3G Handover • 2G to 3G Handover

MR1: MR1: • Dual Transfer Mode • Dual Transfer Mode • Optimized HR Connect • Optimized HR Connect • TD-SCDMA interwrk • TD-SCDMA interwrk

• TWIN TRX 900MHz 45 W • TWIN TRX 900MHz 45 W • TWIN TRX 1800 Mhz 35 W • TWIN TRX 1800 Mhz 35 W

BTS BTS

• SUMX (Ethernet) • SUMX (Ethernet) • IP Backhauling • IP Backhauling

BSC Evolution: BSC Evolution:

• BSC 1200 TRX / •cabinet BSC 1200 TRX / cabinet

Q1

2009

Q2

Q3

• IP Transport in BSS • IP Transport in BSS • Full A over IP (*) • Full A over IP (*) • STM-1 in BSC • STM-1 in BSC • A5/3 ciphering • A5/3 ciphering • A/Gb flex • A/Gb flex • Dynamic power save (*) • Dynamic power save (*) • Synchronized Network (*) • Synchronized Network (*)

BTS BTS

• TWIN TRX 1800 & 850 & 1900 45W • TWIN TRX 1800 & 850 & 1900 45W

2010

Q1

Q2

Q3

• GERAN Evolution • GERAN Evolution • Dual carrier • Dual carrier • Latency reduction • Latency reduction • EGPRS2 • EGPRS2 • WB-AMR 8PSK • WB-AMR 8PSK • Antenna hopping • Antenna hopping • BSC Server • BSC Server • PS HO • PS HO • LTE interworking • LTE interworking

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

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


• BSC 2000 TRX/cabinet • BSC 2000 TRX/cabinet


• TP STM-1 IP board • TP STM-1 IP board • BSC 12600 Erl/cabinet (*) • BSC 12600 Erl/cabinet (*)

Transcoder: TC STM1 board Transcoder: TC STM1 board


Q4

B12 B12 (*) (*)

B11 B11

MR2: MR2: • Extended Dynamic Allocation • Extended Dynamic Allocation • Gb Over IP • Gb Over IP • WB-AMR • WB-AMR

BTS BTS

Q4


• BSC 2800 TRX/cabinet (*) • BSC 2800 TRX/cabinet (*)

(*)POI: Plan of Intent

FOA All Rights Reserved © Alcatel-Lucent 2007

Q4

Alcatel-Lucent BSS Ready for the future of GSM



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

300 kbit/s 240 kbit/s 80 kbit/s 2001

2004-2006 2007-2008

Years 2009

2010

IPIPininthe theRAN RANisisthe thefirst firststep stepto toGERAN GERANEvolution Evolution

GERAN GERANEvolution Evolutionunder understandardization standardizationinin3GPP 3GPPRelease Release77 81 | BSS portfolio | March 2008


Under 3GPP Standardisation

GERAN EVOLUTIONS / building blocks Downlink Dual carrier :

Two downlink carriers per MS => Allows to double the downlink throughput Latency reduction for conversational applications (VoIP) and gaming MS Receive Diversity MSRD Two antennas per MS => improves downlink throughput in bad radio conditions • 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 82 | BSS portfolio | March 2008


GERAN EVOLUTIONS / EGPRS2 (Red HOT & HUGE ) New Modulations QPSK

16 QAM

32 QAM Higher Symbol Rate

Better performances in bad radio conditions Up to ~80 kb/s per radio timeslot Up to ~100 kb/s per radio timeslot x 1,2 peak rate

325 ksamples/s Better protection, increases mean bit rate Turbo Codes Standards not completely finalized yet High gain on throughput High impact on the physical layer of handsets 83 | BSS portfolio | March 2008


GERAN EVOLUTIONS / EGPRS2 Downlink

EGPRS2- A DL: high priority for B12

EGPRS2- A Downlink

Max throughput per TS : 98 kbit/s

GMSK, 8PSK, 16 QAM, 32 QAM, Legacy symbol rate 271 ksamples/s Modulation and Coding Schemes : legacy MCS-1 to MCS-4 from EGPRS new DAS-5 to DAS-12 8PSK, 16QAM, 32QAM With turbo codes

Data throughput per timeslot

EGPRS2-A Downlink

100 80

EDGE

60 40

GPRS

20 0 0

5

10 15 20 25 30 35 40 45

C/I

EGPRS2- B Downlink GMSK, QPSK, 16-QAM, 32-QAM Higher Symbol Rate (325 ksymbols/s) Modulation and Coding Schemes: legacy MCS-1 to MCS-4 from EGPRS new DBS-5 to DBS-12


QPSK, 16-QAM, 32-QAM 84 | BSS portfolio | March 2008 With turbo codes


GERAN EVOLUTIONS / EGPRS2 Uplink

EGPRS2-A Uplink: high priority for B12

EGPRS2- A Uplink :

Max throughput per TS : 81.6 kbit/s

GMSK, 8PSK, 16QAM

Data throughput per timeslot 100 Data throughput per timeslot

Legacy symbol rate 271 ksamples/s

EGPRS2-A UL

80

Modulation and Coding Schemes :

EDGE

60

reuse legacy MCS-1 to MCS-6 from EGPRS

40

GPRS

20

GMSK & 8-PSK

0

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

0

5

10 15 20 25 30 35 40 45

C/I

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


new UBS-5 to UBS-12 85 | BSS portfolio | March 2008


GERAN Evolution Throughput for the end user •Downlink •DownlinkMax Max

Uplink

•Uplink •UplinkMax Max

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

100kbit/s/TS

x 4 multislot class 12

x 5 multislot class 33

320-480 kbit/s

x2 Downlink Dual carrier

1Mbit/s 86 | BSS portfolio | March 2008


GERAN EVOLUTION / Alcatel-Lucent roadmap

Main Evolved EDGE features now considered by industry participants: Step 1: System trial with first set of features (H1 2009) Downlink Dual carrier :

X2 Downlink Throughput

Two downlink carriers per MS Latency Reduction

•For VoIP and gaming applications

Step 2: In B12 focus on Improved Speed (H2 2009) RED HOT (now called EGPRS2 Downlink)

Better Performances / throughput

HUGE (now called EGPRS2 Uplink)

Alcatel-Lucent Solution Fully in line with Market / Ecosystem 87 | BSS portfolio | March 2008


GERAN Evolution in Alcatel-Lucent BSS GERAN Evolutions target 1Mbit/s per user ⇒ IP transport is mandatory Alcatel-Lucent value proposition TWIN TRX available now

GERAN-Evo Hardware

A9130 BSC / MFS Evolution available now

IP transport

GERAN-Evo Software 88 | BSS portfolio | March 2008

B9/B10/B11 Q4-2007 / Q4-2008

Q2-2009


Conclusions



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

Only 3 BTS Modules to reduce spare parts Coverage solutions to reduce number of sites

Outdoor BTS to avoid shelter Compact CBO to minimize footprint Civil works Site equipment

Operation & maintenance

Minimized gensets thanks to low power consumption

Telecom equipment

Compactness Zero foot print

No Air conditioning : HEX or DACS (55°)

Site rental

High capacity :

RAN sharing

BTS 48/72 TRX, BSC 2000 TRX+ Power consumption

Best-in-Class power consumption

Transmission

IP Transport

New features through SW upgrade ; full backward compatibility Technology evolution : MCPA

Flexible transmission incl. satellite, MW, etc.

Alcatel-Lucent boosted BSS portfolio Together with innovative site infrastructure solutions 90 | BSS portfolio | March 2008 Addresses all categories of BTS site TCO All Rights Reserved © Alcatel-Lucent 2007

ALCATEL- LUCENT



ALU BSS Portfolio Presentation_v3

Recommend Documents