alcatel-lucent ws ota

COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.

2

Workshop with OTA (Algeria)

L. Chotard, K. Amer, C. Manica, R. Deniel

May 11, 2011

1 | 2G/3G/LTE Radio Deep Dive

Agenda


4

2 | Light Radio Overview

Agenda


5

CALL FOR CHANGES IN THE NETWORK

Base Stations needed in a Tier 1 City for LTE greenfield deployment

1,500

2,000

2,500

# Base Stations

Based on Downlink BW

Based on Uplink BW

Based on Erlangs

Based on Signaling

6 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.

-

500

1,000

1,500

2011 2012 2013 2014 2015

Source: Modeling real network data with industry growth forecasts – Alcatel-Lucent

A natural evolution toward lowering the cost per bit

LTE introduced

3G only

-22% -27%

2011 2012 2013 20140%

25%3G+

A path towards reducing TCO by >50%


Source: Based on Bell Labs analysis using Wireless Strategy Optimizer modeling 20 mil. urban pop. and traffic forecasts

Small Cellsintroduced

Small Cells and LTE combined

lightRadioTCO reduction

Up to 55% savings in urban areas

-22%-27%

-27%

-33%

-51%50%

25%

How To Change Wireless Networks ?

Today Tomorrow

Key Enablers

A new

Digital Processing :

Integrated and fully programmable

A new

Radio:

Wide Band and ‘Invisible’

A new

Topology:

Virtualized

Simpler & Lighter Networks � Alcatel-Lucent ‘Light Radio’ Simpler, Lighter . . . Enabling Cloud-like Networks

putting it all together

1. Wideband Adaptive Array Antenna

� Reduce Base Station footprint via: integrating RF elements with antennas, one antenna for multiple freq. Bands => ultimately reduce OPEX & CAPEX

� Increased capacity

1. Wideband Adaptive Array Antenna

� Reduce Base Station footprint via: integrating RF elements with antennas, one antenna for multiple freq. Bands => ultimately reduce OPEX & CAPEX

� Increased capacity

2. Multi-band Remote Radio Head

� Reduce footprint by supporting multiple frequency bands in single RRH unit => reduce OPEX

2. Multi-band Remote Radio Head

� Reduce footprint by supporting multiple frequency bands in single RRH unit => reduce OPEX

4. Transport Enhancement -� Advanced compression techniques and WDM bring significant backhaul improvements.

4. Transport Enhancement -� Advanced compression techniques and WDM bring significant backhaul improvements.

5. Universal Radio Control -� Virtualization across technologies and topologies on unified platform (RNC, BSC, Small-Cell GW, etc.)

� Effective use of CAPEX through pooling of

5. Universal Radio Control -� Virtualization across technologies and topologies on unified platform (RNC, BSC, Small-Cell GW, etc.)

� Effective use of CAPEX through pooling of

e2e IP management

Control

IP & mobility

Small CellsW AAA / BBU

MB RRHIP Backhaul


6. E2E Unified Management -

� Common OA&M management via SAM

� Continue to leverage proven

platform

6. E2E Unified Management -

� Common OA&M management via SAM

� Continue to leverage proven

platform

3. SoC Baseband

� Flexibly supports all technologies across small cell, macro and Centralized BB

� Pooling enables load balancing & increases capacity

� Paving the way to leverage LTE-advanced

3. SoC Baseband

� Flexibly supports all technologies across small cell, macro and Centralized BB

� Pooling enables load balancing & increases capacity

� Paving the way to leverage LTE-advanced

single RRH unit => reduce OPEX

� More power-efficient => More Green!

single RRH unit => reduce OPEX

� More power-efficient => More Green!

� Effective use of CAPEX through pooling of resources

� Effective use of CAPEX through pooling of resources

BBU pooling

IP & mobilitymanagement

W AAACPRI

Light Radio has several innovative components that make up a reduced TCO, end-to-end solution

New Product Family

New Products :lightRadio Wideband Active Array Antenna

lightRadio Multiband Remote Radio Head

lightRadio Metrocell

lightRadio Baseband Processing

lightRadio Controller

Common management Platform

Key Enablers:

MB RRHWB AAA

Metrocell


Key Enablers:Bell Labs innovations in RF components

Baseband system-on-a-chip (SoC)

Bell Labs advanced CPRI compression

Network MiMO/CoMP leadership

End-to-end IP design and management

Baseband TM

Controller

The Timeline for

Enabling Virtual RAN

� Controller Cloud

� Telco in GPP & IT servers

First Commercial Products

Train delivery model every six

months Complete Family

� 2G/3G/4G Multitechno BBU (SoC)

� Dynamic BBU Pooling

� Common Controller macro and metro/small cells

2012 2014 2015+2011 2013

Foundation and Trials

� Active Antenna trials with Light Radio Cube : 4G + 3G

� Trials for “all in one” LTE Metro Cells

� UltraCompact Light Radio BBU

First Commercial Products

� 2G/3G/4G Wideband AAA and Multi band RRH

� BBU Pool

� New Controller platform 2G/3G

� All technos (macro/small) under common OAM for wireless and wireline

Base Station Configurations

Antenna Radio Baseband

lightRadio AAA All-in-one

lightRadio All-in-one Most Product configurations Metro and Macro

lightRadio AAA lightRadio Conventional BBU

Passive Antenna

lightRadio AAA

Passive Antenna

lightRadio Multi-band

RRH

Conventional BBU

lightRadioCentralized Baseband

Existing BBUSingle Band

RRHPassive Antenna

Cube

Building block for Active Array Antenna

Multi-band/Multi-Technology

• Converged RAN compatible

• Per band power management

• Reduces # of antennas required/site

Reduced Site Costs

Higher reliability

� Loss of single element does not impact entire band (FRU)

Beam forming

� Reduces interference

� Up to 30% higher capacity with vertical beamforming

WB-AAA

WB-AAA provides all the benefits of Active Array Antennas with reduced tower top footprint through simultaneous multi-band support

SNAP

Band 1 Band 2

Wide-Band Active Array Antenna (WB-AAA)

Wideband AAA technology

� typically 18 dBi (resp 16) per high (resp low) band and 2x40W

� PA efficiency > 45%

� Multi-band capability ��

CPRI

� Passive antenna support (hybrid WB-AAA)

AAA Enablers for coverage/capacity enhancement:

� Less connector losses with AAA

� Digital tilt (independent tilt per carrier, independent Rx/Tx tilt, …)

� Vertical beam pattern control (vertical beamforming)

BBU

800MHz LTE

900MHz 2G+3G

Per sector

GSM/WCDMA/LTE use case

1.8 2G/LTE

2.1GHz 3G

2.6 GHz LTE

��

��

• RF performance

• Sub-GHz WB-AAA

• GSM 900: 4 TRX @10W radiated

• WCDMA 900: 2 car @20W radiated

• LTE 800: MIMO 2x40W radiated

• Hi-Band WB-AAA

BBU

��

��• Hi-Band WB-AAA

• WCDMA 2.1: 2 MIMO car @2x20W radiated

• LTE 2.6: MIMO 2x40W radiated

• GSM/LTE 1800:

• 6 TRX @10W or MIMO 2x40W radiated

• Or GSM/LTE mix

800MHz LTE

900MHz 2G+3G

Per sector

GSM/WCDMA/LTE use case

(hybrid WB-AAA)

1.7/2.2GHz passive

2.1GHz 3G

2.6 GHz LTE

��

• RF performance

• Sub-GHz WB-AAA

• Same as before

• Hi-Band Hybrid WB-AAA

• WCDMA 2.1: 2 MIMO car @2x20W radiated

• LTE 2.6: MIMO 2x40W radiated �� X

�� X

�� X

�� X

�� X

�� X

BBU

�� X

��• LTE 2.6: MIMO 2x40W radiated

• Passive Xpol antenna for 1,7/2,2 GHz band

�� X

RRH

PA

LN

A

Digital to RF converter

PADigital to RF

converter

RF to digital converter

LN

ARF to digital converter

PA

LN

A


PADigital to RF

converter


LN


PA

LN

A

Digital to RF

converter

PADigital to RF

converter


LN


PA

LN

A


PADigital to RF

converter


LN


PA

LN

A


PADigital to RF

converter


LN


PADigital to RF

converter

LN


WB-AAA architecture

PA

LN

A

Digital to RF

converter


PA

LN

A


PADigital to RF

converter


LN


PA

LN

A


PADigital to RF

converter


LN


O E

Beam processing

CPRI

PSD

Primary

-48V

Int. -48v

Int. I/Q

Synergies Macro & Metro Cells in

• Common Network Control:

• Same management system for macro and metro cells � SAM 5620

• Common Building Blocks in Radio Access Points:

• Same SoC family for macro and metro BBU � software convergence

WB-AAA

2G+3G+LTE

Metro / SNAP

Macro

Radio Cube

BBU � software convergence

• Same RF cube architecture to build WB-AAA and SNAP

Common Feature set:

• Based on common software

2G+3G+LTE

Multiband Remote Radio HeadCompact, green

Industry First Product Announcement

� Dual band supporting multiple technologies

� Software Defined Radio-on-a-chip design

� Fully compatible with Converged RAN

Same size and weight as today’s single band RRH

� Less mass and wind loading

Dual Band Antenna

Multiband RRH


MB-RRH provides Greener, lower TCO solution with reduced tower top footprint through RoC/DoC and advanced amplifier/DPD technologiesMB-RRH provides Greener, lower TCO solution with reduced tower top footprint through RoC/DoC and advanced amplifier/DPD technologies

� Less mass and wind loading

Technology Advancement

� Based on Radio on a Chip (RoC) and Digital on a Chip (DoC) technology

� Advanced digital pre-distortion algorithms

� State of the art amplifiers MB-RRH

Multi-Band Remote RF Head (MB-RRH)

Dual-Band multi-technology RRH allows operators to support any 2 frequency band combinations and any technology (GSM, CDMA, WCDMA & LTE) with a single small solution, made of

� Two Wide-Band transceivers, based on Software Defined Radio on a Chip (RoC) and Digital on a Chip (DoC) devices + latest PA technologies

• Only 2 variants (Sub-GHz bands and high bands) will be needed to cover all frequency bands of interest

� One Dual Band Dual duplexer (any band combination)


Wideband Transceivers

Dual Band Dual Duplexer

Multi-Band RRHTarget performance

� 2x2x60W RF (e.g. MIMO 4x4 or dual band MIMO 2x2)

� Up to 8 WCDMA MIMO carriers, up to 2 LTE 20MHz MIMO carriers, up to 12 1X/DO carriers, up to 12 GSM TRX

� Module weight < 10kg, solution weight < 25kg

MB-RRH EMEA typical use case

XXXXXXX

XXXXXXX

800MHz LTE

900MHz 2G+3G

1.8GHz 2G/LTE

XXXXXXX

XXXXXXX

XXXXXXX

• MB-RRH 800/900

• GSM 900: up to 4 TRX @15W/c ToC

• 3G 900: 2 car @30W/c ToC

• LTE 800: MIMO 2x60W ToC

• RRH 1.8 (sub-equipped MB-RRH)

• GSM 1800: up to 6 TRX @20W ToC or 2x60W LTE or mix

• MB-RRH 2.1/2.6

Per sector

2.1GHz 3G

2.6GHz LTE

XXXX

MB-RRH

2.1/2.6

XXXX

MB-RRH

800/900

XX

RRH

1.8

• MB-RRH 2.1/2.6

• 3G 2.1: up to 4 car @30W/c ToC or 3 MIMO car @2x20W

• Alt.: 2 MIMO car @2x30W/c ToC

• LTE 2.6: MIMO 2x60W ToC

• Antenna

• 2.1/2.6 antenna may be single Xpol broadband � No longer independent RF optimization (tilt, …), diplexer required at MB-RRH level

• Same may apply to 800/900 antenna paths BBU

Employs “system-on-a-chip” design

� SoC supports 2G, 3G and 4G processing

Deployment Flexibility & Investment Protection

� Conventional, clustering, or pooling

Stepwise evolution toward pooling1U Design

TM

Baseband ProcessingIntegrated and fully programmable


Stepwise evolution toward pooling

� Step 1: “Clustering”

No BBUs at BTS site – fewer truck rolls

� Step 2: “Pooling”

load balancing saves up to 15-20% BB processing

� Step 3:“Coordinated Multi-Site Processing”

Advanced features e.g. CoMP, Dynamic ICIC

− Up to 2x the macro capacity

High Density BBU Design

Multi-technology, agnostic platform with deployment flexibilityMulti-technology, agnostic platform with deployment flexibility

BaseBand Unit (BBU)

• Software defined BBU, powered by SoC technology, composed of

• Control + Modem (C+M SoC) board supporting multi-technology controller & modem functions

• Supports any combination of GSM, WCDMA and LTE

• Capacity expansion for 1U form factor through:

• additional modem board (Modem-SoC) in 1U enclosure

• Further capacity expansion by stacking 1Us

1U x 19 x 300mm, 180W power consumption at max digital configuration• 1U x 19” x 300mm, 180W power consumption at max digital configuration

• Further stackable to build BBU Hotel

• Same BBU used for different BTS architectures: All-in-One, traditional Macro, or BBU hotel

TM

Controller + Modem (SoC)

Additional Modem – (SoC)Power

Power

StackableBBU

Alcatel-Lucent Proprietary (Use Pursuant to Company Instructions)23

Modem-SoC Capacity 1U Form Factor

• Each modem (Modem-SoC or the Modem part of C+M SoC board) supports

TM

Power

Power

Stackable

BDM

BBU

Additional Modem – (SoC)

Controller + Modem (SoC)

• Each modem (Modem-SoC or the Modem part of C+M SoC board) supports up to:

• 3 Sectors LTE 20 MHz 4x4 MIMO carrier, or

• 3 Sectors four WCDMA carriers

• Fully equipped 1U BBU (2 modems) can support

• 3 Sector LTE 20MHz 4x4 MIMO carriers + 12 WCDMA cells + 36 GSM TRX

• BBU stackable to increase further the WCDMA and/or LTE capacity

Alcatel-Lucent Proprietary (Use Pursuant to Company Instructions)24

Point-to-Point fiber between W-AAA & BBU

Up to 3:1 CPRI compression

Transport and Centralized Baseband ProcessingBell Labs Innovation CPRI compression – 3x


Point-to-Point fiber between W-AAA & BBU

• One fiber per W-AAA

Point-to-Point wavelength between W-AAA & BBU

• One fiber per radio site (up to 8 W-AAAs) –

Possible reuse of residential PON infrastructure

CPRI over Dark Fiber

CPRIover CWDM, PON

<40 km

<40 km

Optimizing transport through CPRI compression and WDM

Flexible and progressive RF coverage

Small CellsAdding Metro capacity

Outdoor Deployment

�Smart Network of Antennas Panel (SNAP) leverages benefits of Light Radio Cube

�Fully digital antenna beam forming (3GPP Rel-8 to Rel-10 compatible)

�50mW to 500mW per element (8 elements panel)


coverage

Adding capacity where it’s needed

�50mW to 500mW per element (8 elements panel)

�Providing 60%-80% indoor coverage at 64 QAM (measured)

�Many backhaul options (GPON, microwave, etc.)

Lowering the cost per bit

�Higher gain and lower transmitted power

Metro cells critical for macro capacity offloadMetro cells critical for macro capacity offload

ControllerBringing all control functions together

Open platform

� Based on ATCAv2

Applications are “virtualized” to conserve resources

� RNC

� BSC


� BSC

� Small Cells Gateway

� Wi-Fi controller

Highly scalable

� Add processing as-needed

Common platform for supporting radio controller functionsCommon platform for supporting radio controller functions

Resulting configuration on ATCA chassis

example: 1 Small cell GW instance, 1 BSC instance, 1 RNC instance

In minimum multi-techno configuration 6 slots available

GW BSC RNC

E2E Unified Management via 5620 Service Aware Manager (SAM)

Comprehensive End-to-end management solution spanning mobile & transport network � Consistent, simplified configuration

across all elements

�Multi-layer performance management

enabling SON layer

coordination and management

End-to-end IP management (incl. services) 5620 SAM

LTE eNode B

MME PCRF

Evolved Packet Core

SGW PGW

BSC/RNC

Mobile Network


enabling SON

�Highly scalable

� Single GUI

� Coordinated security infrastructure

Simplified network operation

Reduced OPEX

Cross-layer

coordination and management

7450 ESS7710 SR

7750 SR

7710 SR

7750 SR

IP/MPLS

7705 SAR

9500 MPR

7705 SAR

9500 MPR

IP/MPLS Aggregation Network Mobile BackboneMobile Backhaul

Mobile Transport

2G/3G BTS

BSC/RNCSGSN or

PDSN

GGSN

or HAOMC

Common OA&M management via proven SAM platform

has a dramatic impact on operational expenses

The impact of pooling and clustering

SRAN lightRadio™

-66%

-60%-51% -25%


Site Rental Power

Consumption

Operations &

Maintenance

Civil Works

Source: Bell Labs analysis

Average cost reduction by half with lightRadio™ vs. SRAN

3 | RFS Antennas solution

Agenda


Agenda



33


Mobile Backhaul Blueprint SolutionThe Game has Changed

Mobile BackhaulWireless

Packet Core

Explosive demand for new services and applications…

Mobile Backhaul is key component to subscriber Quality of Experience (QoE)

It can differentiate one service provider from another

Explosive demand for new services and applications…

…the traffic mix is changing

…new 4G networking architectures

…existing model is not sustainable

… IP and Ethernet begin to dominate

Mobile backhaul cost factors

Mobile Backhaul Blueprint SolutionWhat are the Challenges for the customer?

2G, 3G, LTEBase Stations Mobile

Backhaul

Wireless Packet Core

Converged Backbone

Converged network management

2G, 3G, LTENetwork

Controllers

Customer Challenges

1. Reducing cost of MBH

Ensure cost of per BIT (OPEX, CAPEX)is in line with revenue per bit.

2.Evolution to all IP

Requiring an IP transformation in the network and within the organization.

5620 SAM

GSM BTS

NodeB

T1/E1 TDM

ATM/IMA

(nxT1/E1)

nxT1/E1/DS3 ILEC or microwave

TDM network

Alcatel-Lucent’s Approach

Multi-service Mobile Backhaul Platforms for 2G, 3G and LTE

OC3chSTM1ch

ATM

(OC3/STM1)

RNCsBSCs

EthernetMPLS or GRE Tunnel

Convergence over TDM Network

CDMA BTS

ML-PPP

MTSOAGGREGATION

MTSOAGGREGATION

7705 SAR

EthernetBTS

NodeB

EthernetCarrier

Ethernet (MPLS)

or IP network

Cell Site (Aggregation)� Multi-generational support (2G, 3G,

4G)

� Any media access

� Accurate synchronization

� Zero-touch provisioning and config.

� LTE-readiness (L3)

Network (Transport)� Reliable transport

� QoS alignment with mobile layer

� Flexible re-use of existing resources

� End-to-end management (L2/L3)

� LTE readiness

MTSO (Aggregation/Optimization)� Reliability (LAG, MC-APS, pw-red)

� Full set of L2 and L3 features (MLS, ER)

� Edge routing + backbone VPN edge

� Intra-MTSO consolidation

� LTE-readiness (IPsec)

Convergence over Ethernet Network

eNodeB

7750 SR

Infrastructure and Networking Flexibility

ATM

(& IMA)

TDM(CESop &SAToP)

EthernetIP

Pseudowire

Infrastructure

PPP/ML-PPP

POS or Ethernet

IP

&

IP VPN

Serial dataV.35, RS232, X.21

VPLS Native

Services

E&M

TDMMPLS

Tunnel

GRE

Tunnel

T1 / E1 -> OC3*/STM1*

MLPPP/ Ethernet

ATM

(& IMA)

Infrastructure

IP Routing

& Forwarding

T1/E1, DS-3

OC3/STM-1 clear

OC3/STM-1 ch

T1/E1

DS-3

Ethernet, POS, PPP/ML-PPP over T1/E1, DS3

GPON, xDSL, Microwave Packet Radio, CWDM

IP VPN

Ethernet

FE/GE

Services

Network Dynamic Resiliency Solutions

7705SAR

X Controller

Global Restoration viaTraffic Engineered,Disjoint, Secondary

Switched Path

Static to Dynamic PseudowireInterworking

5620 SAM

End-to-EndService Management

Traffic Engineering Toolsto Model Failures

9500MPR

MTSO

Resilient Networking is Built on a Resilient Platform

Multi-chassisAPS, LAG

<50 ms Restorationvia

Fast Reroute (FRR)

Available uplink Layer 2 protection:

Ethernet: LAGT1/E1: MLPPP

PseudowireRedundancy

Platform Resiliency Solutions

• Available redundancy of all systems: cooling, power, fabric, etc.

• 7705 SAR inherits HA differentiators from SR family

• Non-stop tunneling:

• Rapid failover

• Non-stop pseudowire signaling

• Maintenance of carrier-grade features across all form factors:

99.999% Network Reliability

• Maintenance of carrier-grade features across all form factors:

• Solid platform and networking resiliency, especially from the hub in

MTSOCell Site/Small Hub

Consistent High Availability Approach across Form Factor Range

Hub/Large Cell Site

Comprehensive, Flexible and Validated Synchronization

External Synchronization

Line Synchronization

Timing over Packet

(Adaptive Clock Recovery, IEEE 1588v2 PTP, NTP)

PRC

L2 or L3 PSN

PDH, SDH, NTR, I-frame

L2 or L3 PSN

Ixia validates 1588V2 on 7705

IP/MPLS Forum mobile

backhaul certification

� 46 protocol tests and 11 synchronization performance tests

� All tests passed: T1 & E1

� Certified: 7750 SR & 7705 SAR

Synchronous Ethernet tests for GSM-R systems

� Extensive (24-hop) performance test with temperature variation

� Timing deviation (TDEV) two orders of magnitude under the required sync mask

Bell Labs Algorithms for Enhanced ACR and 1588

� Enforceable SLAs with Resiliency & QoS

� Manageable via embedded OAM Layers

� Synchronization becomes a Managed Service

1588v2 PTP, NTP)

Synchronous Ethernet

Synchronous Ethernet

Clienton 7705

� Master Clock

� Boundary Clock

� Transparent Clock

A History of Innovation

7450 ESS7750 SR 7710 SR 7450 ESS6 7705 SAR 7210 SAS

20052005 20062006 2007200720042004 200920092008200820032003

5620 SAM 5750 SSC OSS CPP 5650 CPAM 5670 RAM

MTSO/Backbone (Core)Large hubs/PoCs

Portfolio Positioning in Mobile Backhaul

Backbone Ethernet / MPLS

5620 SAM

Larger sites/hubsFirst mile

• Compact, hardened

• Low power consumption

• End-to-end networking

• Compact, hardened

• Low power consumption

• End-to-end networking

7750 SR

• 5Gb/s – 50Gb/s

• Aggregation and backhaul

• Scalable fan-in

• 5Gb/s – 50Gb/s


• Scalable fan-in

• + 50 Gb/s


• Scalable fan-in

• + 50 Gb/s


• Scalable fan-in

• >500Gb/s

• Aggregation, backbone

• Core and intra-MTSO roles

• >500Gb/s

• Aggregation, backbone

• Core and intra-MTSO roles

7705 SAR-18

7705 SAR-87705 SAR-F

7705 SAR-8 7705 SAR-18

Common SR-OS & Management Optimize CAPEX Reduce OPEX Evolve As Needed

7210 SAS

The 7705 SAR product family

• Cost-optimized compact carrier class Multi-service, multi-protocol hardened aggregation router family

• Extensive feature set and functionality

• Architected and implemented for service delivery (traffic management, provisioning, OAM, etc..) 7705 SAR-8

7705 SAR-18

140 Gb/s HD

Large aggregation hubs or smaller central sites

provisioning, OAM, etc..)

• Diverse media connectivity support

• Fiber, CWDM, GPON, 8-pair VDSL2, ADSL2+, G.SHDSL, Microwave, Coaxial

• Future proof architecture to address evolving aggregation requirements

A family of powerful IP/MPLS aggregation and routing platforms

7705 SAR-8

12 Gb/s HD

Small – medium aggregation sites

7705 SAR-F

2 Gb/s HD

Small sites

7708 SAR-8 Characteristics

7705 SAR

Redundant Control Modules

- 48V/+24V Power Feeds

Fan Tray

2 RU

High

� Compact, Modular Chassis for Cell Sites and Hubs

2RU high

19” width and 10” depth

2 control module slots, 6 half-wide I/O slots

-40C to +65C operating temperature range

7705 SAR-18 and 7705 SAR-8 Adapter Cards

Dense access via flexible adapter cards

Ethernet

8-port Ethernet:

6 ports of 10/100 Base-TX2 ports of 10/100/1000 withsmall form factor pluggable(SFP) optics

SONET/SDH

4-port OC-3/STM-1 clear channel

2-port OC-3/ STM-1 channelized

Legacy

6-port E&M

12-port Serial Data Interface (SDI) card

Wide range of modular access and network interface options for application flexibility

ASAP

16-port ASAP T1/E1

32-port ASAP T1/E1

DS3/E3

4-port DS3/E3

Auxiliary Alarm

Auxiliary alarm card with 24 digital alarm inputs,2 analog inputsand 8 output relays

7705 SAR-F Characteristics

Integrated Control and Fabric

Alarm ManagementBITS

-48 V/+24V Power Feeds16 Ports of T1/E1 ASAP

2 X GigE SFPs

6 X10/100 Ethernet

Dense, rugged 1 RU high, 10” depth form factorDense, rugged 1 RU high, 10” depth form factor

� 16, T1/E1 ASAP ports

� 6, 10/100 Ethernet ports

� 2, 10/100/1000 Ethernet ports

Temp. range: -40°C to +65°C (-40°F to 149°F)

Dual Power Feeds: (-48V DC, +24V DC)

External AC Power Option

7705 SAR-18: High scalability multiservice networking

• Extending the 7705 SAR product line

• To more efficiently serve larger aggregation hubs/points of concentration

• A new benchmark for high-scale, multiservice, T1/E1-based adaptation

• 140 Gb/s capacity in 10 RU platform (half-duplex)

• 12 x 1 Gb/s / 2.5 Gb/s compatible MDA slots plus 4 x 10 Gb/s MDA slots

• Redundancy of control, sync, power feeds, tunnels and

Alarm Module

Redundant CSMs

4 x 10G adapter slots

12 x 2.5G adapter slots

• Redundancy of control, sync, power feeds, tunnels and pseudowires

• Support for PDH/SONET/SDH, ATM and Ethernet

• 12 x 2.5G slots for existing and future SAR-8 adapter cards

• +50 STM-1/OC-3 ports

• 384 T1/E1 ports

• 4 x 10G slots for 10G/GigE/FE and OC-48/STM-16 line cards

7705 SAR-M & SAR-ME

3 x GigE RJ45 16 T1/E1 ASAP Timing/ToD

Power Terminal Block

4 x GigE SFP

Hot Insertable Module Slot

Alarm I/O

Management

Dense, rugged 1 RU high form factor w/ Module

� 16, T1/E1 ASAP ports

� 7 GE ports

Temp. range: -40°C to +65°C (-40°F to 149°F)

Dual Power Feeds: (-48V DC, +24V DC)

External AC Power Option

GPON Module

VDSL/ADSL2+ Module

2p VDSL/ADSL2+, G.SHDSL Module

The 7210 Service Access Switch (SAS)

7210 SAS-D 7210 SAS-E 7210 SAS-M 7210 SAS-X

Low-cost Ethernet demarcation switch

Cost-effective Ethernet edge switch

MPLS-enabled Ethernet edge & aggregation switch

High performance MPLS-enabled demarcation switch

edge switch edge & aggregation switchMPLS-enabled

aggregation switch

Wirespeed - 20 Gb/s Wirespeed - 48 Gb/s Wirespeed - 128 Gb/s Wirespeed - 88 Gb/s

Fixed configuration:6 x GigE (SFP) ports or4 x 10/100/1000BASE-TX (copper) ports

Fixed configuration:12 x GigE (SFP) ports

12 x 10/100/1000BASE-TX (copper) ports

Fixed configuration + expansion slot:

24 x GigE (SFP) ports2 x 10GigE (XFP) ports4 x T1/E1 CES access

ports

Fixed configuration:24 x GigE (SFP) ports2 x 10GigE (XFP) ports

A family of compact, Ethernet edge and aggregation devices

Advanced Platforms: The 7750 SR Product Family

Industry-leading scale and intelligence for the convergence of sophisticated residential, business and mobile broadband IP services

7750 SR-12 7750 SR-7 7750 SR-c12 7750 SR-c4

2 Tb/s 1 Tb/s 90 Gb/s 90 Gb/s

12 slots (10 user slots)

in 1/3 rack

7 slots (5 user slots) in

8RU

12 compact slots (or 3

full slots)

4 compact slots - fully

front accessible

High Availability, ISSU High Availability, ISSU High Availability, ISSU Red’t pwr & cooling

Terabit IP/MPLS

multiservice router

Mid-scale IP/MPLS

multiservice router

Small POP router for

SPs & Verticals


business services edge

7750 SR-12 7750 SR-7 7750 SR-c12 7750 SR-c4

2 Tb/s 1 Tb/s 90 Gb/s 90 Gb/s

12 slots (10 user slots)

in 1/3 rack

7 slots (5 user slots) in

8RU

12 compact slots (or 3

full slots)

4 compact slots - fully

front accessible

High Availability, ISSU High Availability, ISSU High Availability, ISSU Red’t pwr & cooling

Terabit IP/MPLS

multiservice router

Mid-scale IP/MPLS

multiservice router


SPs & Verticals


business services edge

7705 SAR with Integrated MW

7705 SAR

NodalSplit-Mount

9500MPR

Packed Microwave Radio

OptimizedMPLS Node

Site

OptimizedMicrowave Nodal

Site

MSS-8

7705 SAR

9500 MPR-e

Stand-alone Radio

IP/MPLS and microwave integration in the 7705 SAR

IP/MPLS Services & Features

IP/MPLS microwave links

Resilient Ring/mesh/linear topologies in

mixed fiber-microwave networks: TE, FRR,

PW redirection etc

Resilient Synchronization: RF symbol rate

over the air i/w with Sync Ethernet plus SSM

Powerful e2e OAM tools across all interfaces

Common e2e service management: 5620SAM

9500 MPR7705 SAR

9500 MPR-e

Edge

9500 MPR

9500 MPR-e

Eth

site

Common e2e service management: 5620SAM

Best cost and performance in all

scenarios

Common Radio throughout the network (less

CAPEX and OPEX)

Reduces amount of deployed indoor

equipment at each site (less CAPEX)

E2e common OAM procedures and protection

over microwave and fixed media (less OPEX)

Low power consumption at each site (less

OPEX)

5620 SAM

Backbone

7705 SAR

7705 SAR

7705 SAR7705 SAR

9500 MPR-e

9500 MPR-e

ALU’s High Leverage Network

Service

CNG

Ethernet/MPLS/Optical

Converged RAN

Radio Access

IP/Optical

Multi-screen servicesWeb and Enterprise 2.0

Residential /EnterpriseGateways

Converged Service Control

Mobility Manager

Policy Manager

IMS

Converged Edge

ServiceRouters

Converged Service-aware Network Management

Converged Metro andAggregation

ConvergedBackbone

VDSL/GPON/ Ethernet access

Converged Wireline Access

Typical EMS/NMS vs. Service-Aware Management (SAM) Approach

SAM provides end-to-end unified element, network, and service management in one

platform.

Services

NMS

SAM

Triple Play

Business VPNs

Enterprise Ethernet Access

Metro Ethernet Aggregation

Value of Management

Dependent on Level of Modeling

IP/MPLS

Protocols

Physical

Dynamic

Path &

Tunnels

EMS

NMS Mobile RAN Backhaul / Aggregation

Alcatel-Lucent 5620 Service Aware Manager (SAM)

Unified Element + Network + Service-Aware Management in one

platform

Metro Ethernet

IP/MPLS EdgeIP/MPLS & Wireless Core

Multi Service Access

5620 SAM

• Accelerated Network & Service Provisioning• Reliable Network & Service Assurance

• Scalable, secure Architecture• Operational Fit & Flexibility

9500 MPROmniSwitch

6400

OmniSwitch 6250

7450 ESS-1

7450 ESS-7

7450 ESS-6

7750 SR-7

7750 SR-12

7710 SR-c12

7710 SR-c4 7450 ESS-12

7701 CPAA

7750 SR-1

7250 SAS

7705 SAR-8 /-M

7705 SAR-F

OmniSwitch 6855 / 6855 U24-X

OmniSwitch 9000

7210 SAS E/M/X

OmniSwitch 6850

1830 PSS 9471 WMM (MME)

5780 DSC(PCRF)

7750 MG

6400

Generic Support for 3rd Party Devices

Service Activation – Service topology maps

� Enables operator to view complex services for troubleshooting purposes

VLL switching with MC-LAG redundancyMultiple path VLL

VPRN service topology

Composite Services Service topology including GNEs

Service Provider Environment Integration

� Mediate all node in the Alcatel-Lucent SR, ESS, SAS portfolio

� Mediate fault, inventory and configuration/activation for third party NEs

� Pre-certified “OSS Connected Partners” to reduce deployment time

� Dedicated OSS integration team to support partners and customers

OSS SystemsFault & RCA Provisioning Performance SLA Reports Mediation & BillingTraffic Engineering Activation

AlcatelOSS Partners

P2

PE

PE

PE

P3

PEPE

P5

P5

P4

P4

OSS SystemsFault & RCA Provisioning Performance SLA Reports Mediation & BillingTraffic Engineering Activation

5620 SAMUse Generic NE

feature to

mediate CPEs

also

Decrease Time to Market by 6 months

Reduce Integration cost by

SAM-O

P1

P1

7750 SR: Part of Alcatel-Lucent’s Award-Winning Service Router Portfolio

Service Router Portfolio: Award Winning Technology

2009Winner

Best Carrier Ethernet Switch/Router

Infrastructure(SR Portfolio)

2009Winner

100 GE on theServiceRouter

Portfolio

2009Winner

Vendor of the Year - Best

Infrastructure Product

(SR Portfolio)

2009Winner

Best Telecom Equipment Award

(7705 SAR)

2008Winner

MetroNetwork

Technologies(FP2 Silicon)

2007 Winner

Best New Product Concept(7705 SAR)

2008 Winner

Excellence in Technology Innovation (FP2 Silicon)

2010Winner

Network InfrastructureWide Area Network(7750 SRMobile

Gateway)

ISOCORE TEST VALIDATION

Alcatel-Lucent’s IP/MPLS Mobile Backhaul Solution

• Network: 1650 base stations aggregated over a shared (common) IP/MPLS backhaul environment for CDMA/EVDO and GSM/UMTS/HSPA

• Over 1550 base stations supported over redundant MBH connections using multilink bundles (MLPPP and ATM/IMA), dual-homed or with MC-APS (or both)

• 113 channelized OC3 and OC12 ports (using ASAP cards)

• Total of 4,874 active DS1 and E1 circuits in network

• In March 2008 Isocore performed an independent evaluation of Alcatel-Lucent’s • IP/MPLS Mobile Backhaul (MBH) solutions for GSM/UMTS/HSPA and CDMA/EVDO

• Total of 4,874 active DS1 and E1 circuits in network

• Key theme: Resiliency and network availability

• Consistently low recovery/convergence times across numerous failure scenarios (link, card and CPM fault scenarios)

• Multi-chassis APS providing inter-nodal protection

• Pseudowire redundancy for core to edge convergence

• Evaluation of CES for MBH deployments

• Network synchronization techniques and CES

• Adaptive and differential timing evaluation

• 24 hour wander measurements of MTIE and TDEV

“Setting new industry standards for better scalability, higher availability, and superior resilience.”


UMTS/GSM Test Setup

Simulation

84 CES

1 OC3

84 T1s1046

Node-B Sites

252 ATM/IMA

1 STM-4

& 4 STM-1

504 E1s

7705 SAR-8 AR-3

To SAR 2

2x OC3 CES

Node- B

Simulation

RAN Aggregation

Router

MPLS

Transport with

Pseudowire

Redundancy

RNC/BSC

Edge

RNC/BSC

Simulation

7750 SR-7

AR-1

7750 SR-7

MPLS Core/BSC/

RNC-Edge-1

252 protected ATM VCs

64 T1s

14 CES

8 ATM/IMA

32 ATM VC

RNC

BSC

Node-B & RNC/BSC Simulation = Single SR12

7705 SAR-8

AR-4

Stratum 1 PRC

378 ATM/IMA

2x STM-4

4x STM-1

756 E1s

To SAR 1

2x OC3 CES

4x OC12s ATM

4x Ch STM-1 ASAP

RPW and MC-APS

Working/Protect Agilent N2X Platform

BSC/RNC Simulation

7750 SR-7

AR-27750 SR-7

MPLS Core/BSC/

RNC-Edge-2

252 protected ATM VCs

8 STM-1 circuits

504 E1s

MC-APS

Working/Protect

64 T1s

14 CES

8 ATM/IMA

32 ATM VC

Agilent N2X Platform

Node-B Simulation

STM-1 ATM/VC Working

Gigabit Ethernet

10 Gigabit Ethernet

STM-1 ATM/VC Protect

STM-1 ATM/IMA

STM-4 ATM/IMA

OC3 CES Working

OC3 CES Protect

OC12 ATM Working

OC12 ATM Protect


Resiliency with MC-APS and Redundant Pseudowires

Mobile Backhaul Blueprint Solution

ALU - Market Leader in Mobile Packet Backhaul

Alcatel-Lucent is #1 with 23% of 1H 2010 Ethernet cell site gateway androuter worldwide revenue (for mobile backhaul)

Over 47 MPLS-based, LTE-ready backhaul wins and

over 100 7705SAR IP/MPLS wins

The 7705 SARThe Market Leader in Mobile Backhaul

• Over 60K nodes shipped to more than 135 customers (55+ mobile operators)

• Deployments in LTE and any-G backhaul

•“Alcatel-Lucent holds the #1 spot in the

first half of 2010 for worldwide revenue

in the fast-growing Ethernet cell site

routers and gateways segment, ahead

of Tellabs, Cisco, and Huawei”

“• Reinforces Alcatel-Lucent’s continued success in

mobile backhaul

• The 7705 SAR-18 bolsters the scale of its backhaul

aggregation solution

• 9500 MPR and 7705 SAR integration and common

management

• Supports backhaul and packet core convergence”

“Alcatel-Lucent has the best

backhaul equipment

footprint with those

operators that will be the

first to launch LTE.”

7705 SAR Market Success (by end of 2010)Over 130 customers

Over 52,000 units shipped

Total number of systems shipped

Total number of customers

80

90

100

110

30000

35000

40000

45000

50000

120

130

1Q09 2Q09 3Q09 4Q09

10

20

30

40

50

60

70

1Q10 2Q10 3Q10

5000

10000

15000

20000

25000

4Q10

Alcatel-Lucent IP: Broad Diversity of Customers, Markets & Applications

170

185

200

215

230

245

260

275

290

• 45,000+ Service Routers shipped• Deployed in 26 of the top 30 carriers worldwide• Best revenue quarter in IP history, with record revenue from NA

and strong performance in EMEA• #2 worldwide in IP/MPLS Edge according to all leading industry

analyst firms for third consecutive quarter

50

80

95

110

125

140

2Q06 3Q06 4Q06

155

1Q07 2Q07 3Q07 4Q07 1Q08 2Q082005 1Q06 3Q08

Number of Customers Worldwide

Number of Countries Deployed

65

4Q08 1Q09 2Q09 3Q092004 4Q09

66 | 4Q 09 IPD Market Share Results| February 2010

Alcatel-Lucent Customers

IPD Service Routing Public Customers

EMEA

NAR

Saclay

APACCALA

Mobile Backhaul Blueprint SolutionWhat the industry is saying?

“When you look at the first operators to launch LTE in the U.S, Japan or Europe, one factor all these lead operators have in common is that they have undergone a refresh of their backhaul network leveraging one or more products from Alcatel-Lucent's backhaul portfolio.“

Patrick Donegan, Heavy Reading, April 2010

LTE Backhaul LeaderLTE Backhaul Leader

“As mobile operators position to launch LTE services, an integrated and service aware

#1 in IP Mobile Backhaul#1 in IP Mobile Backhaul

“Alcatel-Lucent holds the #1 spot in the first half of 2010 for worldwide revenue in the fast-growing Ethernet cell site routers and gateways segment.”

Michael Howard, Infonetics, Sept 2010

“Alcatel-Lucent’s main differentiator is that its full toolkit can fit customer needs. It has been in the industry long enough and has a broad enough range that it understands all aspects of mobility.”

Xavier Ortiz / Aditya Kaul, ABI Research, Oct 2010

Wireless and IPExpertise Wireless and IPExpertise

“As mobile operators position to launch LTE services, an integrated and service aware backhaul infrastructure … is required. Alcatel-Lucent’s 7705 SAR-18 brings the needed scale, the integrated 9500 MPR microwave provides the wireless infrastructure services, and the 5620 SAM provides a common management environment that ties the solution together.”

Glen Hunt / Current Analysis, Jan 2011

Integrated SolutionsIntegrated Solutions

Our industry leading IP & MPLS mobile solutions are key foundational elements

IP/MPLS MW Ring with Fast Re-route Protection

2G/3G Voice

Protected LSP

FRR Tunnel

1. MW link faileddue to weather

2. MPLS re-route traffic to FRR tunnel

MPLS MW ring can leverage fast re-route technology

to achieve rapid recovery

�Detection time ranges from 10 ms to 350ms

�Switching time under 50ms

69 |

3. Traffic mergesback to the LSP

PW Redundancy for MSN Protection

ActivePW

7750 #1 ActiveSTM-1

Controller

1. 7750#1 down

2. Failure Notification

StandbyPW

Multi-chassis

APS 7750 #2

In a typical MSO, there are dual MSN nodes (7750) for nodal protection

In normal times, packet will flow to controller via the yellow PW and 7750#1

When 7750#1 fails, the MPLS remote end node will detect it (through regular routing/MPLS) and

switch traffic to the pink PW and 7750#2

Standard

APS

3. 7705 switches

traffic to pink PW

High Capacity IP/MPLS Backbone MW Ring

Backbone

BSC

RNC

MTSO

7750

9500 MPR

MW

Access

7705

RNC

S-GW

Fixed

Access7705

N+0 MW

Product Details:9500 MPR – MSS-8 MSS-4 and MSS-1c IDU

MSS – Microwave Service Switch

2

MSS-8

MSS-4

MSS-1c

• Best in class compactness : Up to 12 ODUs in 2 Units

• Stand Alone Operation Mode

• Carrier Ethernet

• Fully Redundant, no single point of failure

• Supports ODU300, AWY ODU and new Generation MPT Radio

• TDM, ATM and ETH Aggregator

Product Details9500 MPR - ODU MPT MC/HC/GC

Gigabit Ethernet

� Electrical with Power Feed over Ethernet (CAT5)

Frequency Band 6 to 38 GHz,

Modulation 4 to 128 QAM Static & Adaptive

Channel Spacing 3,5 to 28 MHz

Ethernet Throughput Up to 244 Mbs

Frequency Band 6 to 38 GHz,

MPT MC

MPT HC

Gigabit Ethernet

� Electrical with Power Feed over Ethernet (CAT5)

� Optical with Power feed over separate Coax

Modulation 4 to 256 QAM Static & Adaptive

Channel Spacing 3,5 to 56 MHz

Ethernet Throughput Up to 530 Mbs

Gigabit Ethernet

� Up to 5 Ethernet Ports (LX, SX, Copper)

Frequency Band 70, 80 GHz,

Modulation BPSK, QPSK

Channel Spacing 250 Mhz, 1000 Mhz

Ethernet Throughput Up to 1.2 Gbs

MPT HC

MPT GC

Agenda


74

5 | IMS Overview

A New Era of Communications

… More, smarter connected

devices..

Fixed moving to Fiber

Mobile broadband

growing

Broadband everywhere…… stimulating Application and

Content Providers (ACPs)..

…Mobile Voice ARPU is

declining, but it’s and will

be, the main source of

75 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.

devices..

Requiring Service Providers to rethink their communications strategyRequiring Service Providers to rethink their communications strategy

…and requiring Operators to compete via the subscriber’s experience

…and requiring Operators to compete via the subscriber’s experience

be, the main source of

revenue for mobile

operators…..

“I can’t wait for 4G and LTE to come, because

we are just scratching

the surface of the

potential here”Skype’s Russ Shaw – VP

Mobile

No video chat interoperability

between ACPs. Goes against

Metcalf’’’’s law!

How can Alcatel-Lucent help them to compete?

First by addressing the limitations in ACP offerings

� ACP comms services do NOT interoperate with each other

� The experience suffers in 3G PS and is lacking in 2G & PSTN circuit

� No control over service quality and security

“The biggest stumbling block may

already be in place: it is not

currently possible for users of

different video-calling services to

connect. FaceTime users cannot

call Skype users or those using

Google Video chat”Media article from CES 2011


Service Providers can overcome these issues with our IMS Solution

security

� Global service interoperability and roaming: Making comms simple

� Service continuity: From IM to Voice to Video calling

� Quality and Security: High customer quality of experience

� Apple’s apps store now has over 350k apps and 10 billion downloads

� IMS APIs bridge the network with innovation

Rapid app creation and deliveryRapid app creation and delivery

� Facebook has 600 million users

� IMS APIs enable social networking and web

And innovatingwith IMS application enablement


Web integrationWeb integration

Compete and partner with ACPsCompete and partner with ACPs

� IMS APIs enable social networking and web services integration - critical for enhanced comms

services

� You have millions of subscribers on fixed & mobile

� IMS APIs enable new business opportunities to add value to 3rd party applications

And it all starts with voice transformation

� 38 of the top 50 carriers have commercialized IMS

� Alcatel-Lucent experienced strong IMS growth in last 12 months with 95% YoY growth

� The primary applications today are consumer VoIP, business VoIP and PSTN modernization

cVoIP

bVoIP

Class-5Repl

LTETrial

FMC

RCS, Video.

IMS VoIP is the primary application today


� Operators prepare for LTE with a strong focus on IMS for mobility

� RCS, video communications and IMS APIs provide the enablers for service providers to differentiate in the consumer and business markets

Moving to mobility and multimedia

LTE Redefines the wireless experience…

� bandwidth

� latency

Attractive data experience

Global ecosystem

Attractive investment


… providing fertile ground for mobile communications

VoIP Video

Web

Dynamic resourcesSpectral efficiency

Messaging

Without a comms strategy, LTE further

accelerates comms’ fragmentation

SERVICESSERVICES NETWORKSNETWORKS

MMS

VIDEO

IM

SOCIAL NETWORKING

OTT 1

OTT 2

OTT N

ENTERPRISE 1

ENTERPRISE 2

ENTERPRISE N

Cloud


DEVICESDEVICES ACCESSESACCESSES

POTSSMS

MMS

MACHINES

FEATURE PHONES

SMART PHONES

TABLETS

4G LTE

DSL & FIBER

WIFI2G/3G CS

2G/3G PSLAPTOPS

ENTERPRISE 1

MOBILE OS 1

MOBILE OS 2

MOBILE OS N

WIMAXHTML5

Defrag Comms by deploying LTE

with IMS

Voice, video, messaging

Global

Fixed, mobile, web

unity

equality


Global• Calling• Ecosystem• Roaming

Multitasking• Enjoyment• Productivity

Usage

concurrency

Compete via the subscriber’s experienceCompete via the subscriber’s experience

A High Leverage Network represents a common vision for wireline and wireless

service providers

Converged service control

Mobility management

Policy management

Ethernet/MPLS/optical

Converged RAN

Radio access

IP/optical

Residential/enterprisegateways

Session control

Converged network gateways

High Leverage Network (HLN)

All Rights Reserved © Alcatel-Lucent 2010, CPG468810054082 | End-to-End IMS Solution Platform | July 2010

VDSL/GPON/ Ethernet

Converged edge

Converged service-awarenetwork management

Converged wireline access

Converged metro andaggregation

Convergedbackbone

Multiscreen servicesWeb and Enterprise 2.0

network gateways

One converged, optimized, scalable, multi-access IP network allowingdynamic service creation and delivery

Alcatel-Lucent End-to-End IMS solution platform

A key component of the converged service control domain in an HLN

TDM GPON/DSL Mobile

� Common session control across fixed and wireless networks, providing seamless service access and mobility

� From voice to rich multimedia communications, enabling seamless service interworking across service provider networks

Alcatel-Lucent End-to-End IMS

Converged service control


Alcatel-Lucent IMS powers competitive multimedia communications services

POTS/ ISDN

Consumer and business VoIP/ enhanced

communications

3G RCS, LTE, femto, WiMAX,

and more

� Rapid, economical service innovation with massive application scaling

Converged edge

Converged service-aware network management

Converged metro andaggregation

Converged RAN

Convergedbackbone

Converged wireline access

Service providers need to eliminate network silos

to enable a shift from network capability to subscriber experience

Transform your networkwith investment protection

SessionControl(voice)

Application(Voice + IN Svcs)

AccessNetwork(CSV)

AccessNetwork(PSD)

SessionControl(data)HLR

Appli-cation

(SMS, etc)

SessionControl(Voice)

Application(Voice + IN Svcs)

FixedAccessNetwork

SDM

SessionControl(VoIP)

Application(VoIP, Others)

SessionControl(data)SDM

FixedAccessNetwork

Appli-cation

(RCS, etc)

SessionControl

(VoIP, data, etc)

Applications

OtherAccess

Networks

UserData

Accessnetwork

Accessnetwork

Accessnetwork

Accessnetwork

IMS session controlHSS

IMS application servers


Access Network(Radio)

Mobile

Network(TDM)

Fixed

Network(IP/Broadband)

Broadband

Enable converged service control — a key foundation of the High Leverage Network— across fixed and mobile, consumer and business, saving CAPEX and OPEX

Networks(WiFi, Wimax, etc.)

Other

network(Radio)

network(TDM)

network(IP/broadband)

network(WiFi, WiMAX,…)

Mobile, fixed, broadband, othersCSV: Circuit Switched VoicePSD: Packet Switched DataTDM: Time Division Multiplexing

Options to implement voice in a combo 2G,3G and LTE

environment

CS CS

IMS IMS

1. 2.

3GPP


1. VoLTE (SRVCC) 2. CSFB

4. OTT3. VOLGA

CS

3. 4.

Yet delaying or waiting, leaves operators

Susceptible to attack by the alternative providers

Subscriber’s experienceIMS CSFB

Alternative IP Provider

Many services Voice-centric Many services

Standards’

value

Global roaming w/ full feature suite �� X

Global interoperability w/ full feature suite �� X

End to end QoS �� X

All-IP path enables video-comms, etc. X


Multimedia

All-IP path enables video-comms, etc. �� X ��

Enjoy multiple concurrent apps in LTE while

on a voice call�� X ��

Blend comms with the web �� X ��

Voice

Retain LTE bandwidth while on a voice call �� X ��

Negligible voice call set up delay �� X ��

HD voice �� / X ��

IMS beats the Alternative IP Providers; CSFB does not

IMS/LTE provides more profits, sooner

Totals, in M of € IMS CSFB

Revenues 3474 1314

Expenses (OpEx) (1002) (590)

Investments (71) (22)

IMS compared to CSFB:

� Enables fuller range of services beyond voice

� More than triples the returns (NPV)

� Avoiding CSFB to IMS migration

IMS/LTE vs CSFB service provider business model: key findings


• Beyond voice: provide video, messaging, collaboration• Simultaneous applications: fun and productivity• Higher take-rate with greater willingness to pay

IMS/LTE value driven by:

Investments

(CapEx)

(71) (22)

Net Present Value 853 247

Breakeven 2.0 years 2.3 years

� Avoiding CSFB to IMS migration boosts NPV 14% and reduces payback period 50%

5 year IMS/LTE growth to 2.8M consumers, 1.1M enterprise subscriptions

IMS Customer References

Consumer VoIP Business Comms PSTN Modernization

•Fixed Voice Transformation:

•New Markets:

Qatar

Qatar


Multimedia: Consumer RCS Trials LTE Service Agility (APIs)

•New Markets:

Plus operators inSpain, Japan, Australia

French Tri-op

10+ trials, including:

Regional Operator

70+ IMS wins, 17.5M+ VoIP licenses, 95% YoY growth

Plus operators inthe U.S., India, South Pacific, etc.

IMS in LTE activity

FT/Orange *ImaginLab *Russian OperatorMid-East Operator

Verizon *Cox *Regional OperatorRegional Operator

China OperatorSE Asia Operator

Global OperatorRegional Operator

North America Asia PacificEMEA South America

As of April 2011

ContractsTrialsPublicized *


Mid-East Operator Regional Operator

Market Firsts

� OneVoice founding member; later GSMA VoLTE

� First Industry Contract: Verizon

� First announced VoLTE trial (Cox 1/2010)

� First public demo of VoLTE (MWC 2/2010)

� First public demo of HD video comms over LTE (4G World 10/2010)

� First public demo of VoLTE handset (MWC-2011)

Alcatel-Lucent IMS/LTE: unique business value

Subscriber


Quick Introduction of Innovative Services

E2E release cadence and testing;

Services Group expertise in design, integration, and operations.De-risk

IMS & LTE contracts, trials, and deployments;

Integrated into many networks and operational systemsProven

Expertise across Communications, IP Routing, 2G/3G, and LTEKnowledge

Scaling, reliability, performance, featuresEngineering

Subscriber

ExperienceThe new conversation experience

Agenda


91

6 | Next steps

Next steps

� Deep Dive session:

� packet Core (June 2011)

� IMS (June 2011)

� Light Radio including TCO (3Q11)


92

� WNG (tbc)

� Lab visit for demos ( LTE/Light Radio)


93

alcatel-lucent ws ota

Documents