Workshop with OTA (Algeria) L. Chotard, K. Amer, C. Manica, R. Deniel May 11, 2011 2 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Agenda 1 | 2G/3G/L 2G/3G/LTE TE Radio Deep Dive 2 | Light Radio Overview 3 | RFS Antennas Solution 4 | IP Transport Overview 5 | IMS Overview 6 | Next steps
3 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Agenda 1 | 2G/3G/LTE Radio Deep Dive
4 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Agenda
2 | Light Radio Overview
5 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
CALL FOR CHANGES IN THE NETWORK
Base Stations needed in a Tier 1 City for LTE greenfield deployment # Base Stations
2,500
2,000
Based on Downlink BW Based on Uplink BW Based on Erlangs Based on Signaling
1 500
1,000
500
Source:
2011
2012
2013
2014
2015
Modeling real network data with industry growth forecasts – Alcatel-Lucent
6 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
A path towards reducing TCO by >50%
A natural evolution toward lowering the cost per bit 3G only
2011
2012
2013
2014
0%
25%
LTE introduced
3G+ -22% -27%
Small Cells introduced 50%
TCO reduction
-33%
Small Cells and LTE combined
-51% lightRadio
Up to 55% savings in urban areas
Source: Based on Bell Labs analysis using Wireless Str ategy Optimizer modeling 20 mil. urban pop. and traffic forecasts
7 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
How To Change Wireless Networks ?
Today
Tomorrow
Key Enablers
A new Radio:
A new Digital Processing :
A new Topology:
Wide Band and ‘Invisible’
Integrated and fully programmable
Virtualized
Simpler, Simpler , Lighter . . . Enabling Enabli ng Cloud-like Clou d-like Networks Alcatel-Lucent Simpler & Lighter Networks ‘Light Radio’
putting it all together 1. Wideband Adaptive Array Antenna Reduce Base Station footprint via: integrating integrating RF RF elements with antennas, one antenna antenna for for multiple freq. Bands => ultimately reduce OPEX & CAPEX Increased capacity 2. Multi-band Remote Radio Head Reduce footprint by supporting multiple frequency bands in
e2e IP management
W AAA / BBU
MB RRH
More power-efficient => More Green!
IP Backhaul
CPRI W AAA
Small Cells
4. Transport Enhancement Advanced compression techniques and WDM bring significant backhaul improvements.
5. Universal Radio Control Virtualization across Virtualization technologies and Control topologies topologies on unified platform (RNC, BSC, SmallCell GW, etc.) Effective use of CAPEX IP & mobility through pooling of resources management
BBU pooling
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 LTEadvanced
6. E2E Unified Management Common OA&M management via SAM Continue to leverage proven platform
Light Radio has sever several al innovative components that make up a reduced TCO, end-to-end solution 10 | COPYRIGHT COPYRIGHT © 2011 ALCATEL-LUCENT. ALCATEL-LUCENT. ALL RIGHTS RESERVED. RESERVED.
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
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
WB AAA
MB RRH
Metrocell
Baseband
T M
Controller
11 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
The Timeline for
Train delivery model every six months
Enabling Virtual RAN Controller Cloud Telco in GPP & IT servers Complete Family 2G/3G/4G Multitechno BBU (SoC) Dynamic BBU Pooling Common Controller macro and metro/small cells
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 Foundation and Trials Active Antenna trials with Light Radio Cube : 4G + 3G Trials for “all in one” LTE Metro Cells UltraCompact Light Radio BBU
2011
2012
2013
2014
2015+
Base Station Configurations Antenna
Radio
Baseband
lightRadio AAA All-in-one lightRadio All-in-one
lightRadio Conventional BBU Passive Passive Antenna Antenna
lightRadio Multi-band RRH
Passive Antenna
Single Band RRH
lightRadio Centralized Baseband
Existing BBU
Most Product configurations Metro and Macro
Cube Building block for Active Array Antenna
SNAP
Multi-band/Multi-Technology • Converged RAN compatible • Per band power management • Reduces # of antennas required/site
Reduced Site Costs
WB-AAA
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 provides all the benefits of Active Array Antennas with reduced tower top footprint through simultaneous multi-band support
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
Band 1
Passive antenna support (hybrid WB-AAA)
AAA Enablers for coverage/capacity enhancement:
CPRI
Less connector losses with AAA Digital tilt (independent tilt per carrier, independent Rx/Tx tilt, …)
Vertical beam pattern control (vertical beamforming)
BBU
Band 2
GSM/WCDMA/LTE use case Per sector
• RF performance • Sub-GHz WB-AAA • GSM 900: 4 TRX @10W radiated • WCDMA 900: 2 car @20W radiated • LTE 800: MIMO 2x40W radiated
•
-
-
• WCDMA 2.1: 2 MIMO car @2x20W radiated
1.8 2G/LTE 800MHz LTE 900MHz 2G+3G 2.1GHz 3G 2.6 GHz LTE
• LTE 2.6: MIMO 2x40W radiated • GSM/LTE 1800: • 6 TRX @10W or MIMO 2x40W radiated • Or GSM/LTE mix
BBU
GSM/WCDMA/LTE use case (hybrid WB-AAA)
Per sector
• RF performance
1.7/2.2GHz passive 800MHz LTE 900MHz 2G+3G 2.1GHz 3G 2.6 GHz LTE
• Sub-GHz WB-AAA • Same as before
• Hi-Band Hybrid WB-AAA • WCDMA 2.1: 2 MIMO car @2x20W radiated •
. :
x
ra a e
• Passive Xpol antenna for 1,7/2,2 GHz band
X X X X X X X X
RRH
BBU
Synergies Macro & Metro Cells in
Radio Cube
• 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 • Same RF cube architecture to build WB AAA and SNAP
Common Feature set: • Based on common software
Metro / SNAP Macro
WB-AAA 2G+3G+LTE
Multiband Remote Radio Head Compact, 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 loadin
Dual Band Antenna
Multiband RRH
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
MB-RRH provides Greener, lower TCO solution with reduced tower top footprint through RoC/DoC and advanced amplifier/DPD technologies 20 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
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) Multi-Band RRH
Target 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
Dual Band Dual Duplexer
21 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Wideband Transceivers
MB-RRH EMEA typical use case
• MB-RRH 800/900
Per sector
• 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
•
• 3G 2.1: up to 4 car @30W/c ToC or 3 MIMO car @2x20W
2.1GHz 3G 2.6GHz LTE
800MHz LTE 900MHz 2G+3G 1.8GHz 2G/LTE
XX XX XX XX XX XX
XXX XXX XXX XXX XXX XXX
XX
XXX
• Alt.: 2 MIMO car @2x30W/c ToC
• LTE 2.6: MIMO 2x60W ToC
• Antenna
MB-RRH 2.1/2.6
MB-RRH 800/900
• 2.1/2.6 antenna may be single Xpol broadband No longer independent RF optimization (tilt, …), diplexer required at MBRRH level • Same may apply to 800/900 antenna paths
BBU
RRH 1.8
Baseband Processing Integrated and fully programmable
Employs “system-on-a-chip” design SoC supports 2G, 3G and 4G processing
TM
Deployment Flexibility & Investment Protection Conventional, clustering, or pooling 1U Design
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”
High Density BBU Design
Advanced features e.g. CoMP, Dynamic ICIC − Up to 2x the macro capacity
Multi-technology, agnostic platform with deployment flexibility 23 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
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 • Further stackable to build BBU Hotel • Same BBU used for different BTS architectures: All-in-One, traditional Macro, or BBU hotel Power
Additional Modem – (SoC)
Stackable Power
Controller + Modem (SoC) TM
23
Alcatel-Lucent Proprietary (Use Pursuant to Company Instructions)
BBU
Modem-SoC Capacity 1U Form Factor BDM Additional Modem – (SoC) Power
Stackable
Controller + Modem (SoC)
BBU
Power
TM
• ac mo em up to:
o em- o or
e
o em par o
+
o
oar
suppor s
• 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 24
Alcatel-Lucent Proprietary (Use Pursuant to Company Instructions)
Transport and Centralized Baseband Processing Bell Labs Innovation CPRI compression – 3x
Up to 3:1 CPRI compression
CPRI over Dark Fiber
Point-to-Point fiber between W-AAA & BBU • One fiber per W-AAA
<40 km CPRI over CWDM, PON
Point-to-Point wavelength between W-AAA & BBU • One fiber per radio site (up to 8 W-AAAs) – Possible reuse of residential PON infrastructure
<40 km
Optimizing transport through CPRI compression and WDM 26 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Small Cells Adding 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) Flexible and progressive RF coverage Providing 60%-80% indoor coverage at 64 QAM (measured)
Many backhaul options (GPON, microwave, etc.)
Adding capacity where it’s needed
Lowering the cost per bit Higher gain and lower transmitted power
Metro cells critical for macro capacity offload 27 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Controller Bringing all control functions together
Open platform Based on ATCAv2 Applications are “virtualized” to conserve resources RNC BSC Small Cells Gateway Wi-Fi controller Highly scalable Add processing as-needed
Common platform for supporting radio controller functions 28 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
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) 5620 SAM
End-to-end IP management (incl. services) Mobile Network
MME LTE eNode B
PCRF
Evolved Packet Core
SGW
SGSN or PDSN
2G/3G BTS
PGW
GGSN or HA
OMC
Mobile Transport
7705 SAR
7705 SAR
9500 MPR
9500 MPR
7750 SR 7450 ESS
7710 SR 7750 SR
t n e m e g a n r a e m a l - d s n s a o n r o C i t a n i d r o o c
Comprehensive End-to-end management solution spanning mobile & transport network Consistent, simplified configuration across all elements
Multi-layer performance management ena
ng
Highly scalable Single GUI Coordinated security infrastructure
Simplified network operation Reduced OPEX
7710 SR
IP/MPLS Mobile Backhaul
IP/MPLS Aggregation Network
Mobile Backbone
Common OA&M management via proven SAM platform 30 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
has a dramatic impact on operational expenses The impact of pooling and clustering SRAN
lightRadio™
-66% -60%
Site Rental
Civil Works
-51%
-25%
Power Consumption
Operations & Maintenance
Average cost reduction by half with lightRadio™ vs. SRAN Source: Bell Labs analysis 31 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Agenda
3 | RFS Antennas solution
32 | COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Agenda
4 | IP Transport Overview
33 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Mobile Backhaul Blueprint Solution The Game has Changed Mobile Backhaul
xp os ve eman
Wireless Packet Core
or new serv ces an app cat ons…
…the traffic mix is changing …new 4G networking architectures …existing model is not sustainable … IP and Ethernet begin to dominate Mobile Backhaul is key component to subscriber Quality of Experience (QoE) It can differentiate one service provider from another
Mobile backhaul cost factors
Mobile Backhaul Blueprint Solution What are the Challenges for the customer? Wireless Packet Core 2G, 3G, LTE Base Stations
Mobile Backhaul
2G, 3G, LTE Network Controllers
Converged Backbone
Converged network management 5620 SAM
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.
Alcatel-Lucent’s Approach Multi-service Mobile Backhaul Platforms for 2G, 3G and LTE Convergence over TDM Network GSM BTS
nxT1/E1/DS3
T1/E1 TDM
ILEC or microwave TDM network
RNCs BSCs
ATM/IMA
NodeB
OC3ch STM1ch
(nxT1/E1)
MPLS or GRE Tunnel CDMA BTS
MTSO AGGREGATION
ML-PPP
ATM
7705 SAR BTS NodeB
Ethernet
(OC3/STM1)
Ethernet
Ethernet
eNodeB
Carrier Ethernet (MPLS) or IP network
7750 SR
Convergence over Ethernet Network
Cell Site (Aggregation)
Network (Transport)
MTSO (Aggregation/Optimization)
Multi-generational support (2G, 3G,
Reliability (LAG, MC-APS, pw-red) Full set of L2 and L3 features (MLS,
4G) Any media access Accurate synchronization Zero-touch provisioning and config. LTE-readiness (L3)
Reliable transport QoS alignment with mobile layer Flexible re-use of existing resources End-to-end management (L2/L3) LTE readiness
ER)
Edge routing + backbone VPN edge Intra-MTSO consolidation LTE-readiness (IPsec)
Infrastructure and Networking Flexibility TDM
ATM
(CESop &SAToP)
(& IMA)
Serial data
IP
V.35, RS232, X.21
PPP/ML-PPP POS or Ethernet
Ethernet
E&M
IP Native
Pseudowire
&
VPLS
Services
ATM (& IMA)
TDM
T1/E1, DS-3 OC3/STM-1 clear OC3/STM-1 ch
T1/E1 DS-3
MPLS Tunnel
GRE Tunnel
IP Routing & Forwarding
Ethernet, POS, PPP/ML-PPP over T1/E1, DS3 T1 / E1 -> OC3*/STM1* GPON, xDSL, MicrowaveMLPPP/ PacketEthernet Radio, CWDM
Ethernet
FE/GE
Network Dynamic Resiliency Solutions 5620 SAM End-to-End Service Management Traffic Engineering Tools to Model Failures
Static to Dynamic Pseudowire Interworking
Global Restoration via Traffic Engineered, Disjoint, Secondary Switched Path
7705 SAR
X
Controller
MTSO 9500 MPR Available uplink Layer 2 protection: Ethernet: LAG T1/E1: MLPPP
Pseudowire Redundancy
<50 ms Restoration via Fast Reroute (FRR)
Resilient Networking is Built on a Resilient Platform
Multi-chassis APS, LAG
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
•
99.999%
Network Reliability
a n enance o carr er-gra e ea ures across a
orm ac ors:
• Solid platform and networking resiliency, especially from the hub in
Cell Site/Small Hub
Hub/Large Cell Site
MTSO
Consistent High Availability Approach across Form Factor Range
Comprehensive, Flexible and Validated Synchronization
External Synchronization
L2 or L3 PSN
Line Synchronization
PDH, SDH, NTR, I-frame
Timing over Packet (Adaptive Clock Recovery, IEEE , Synchronous Ethernet
IP/MPLS Forum mobile backhaul certification 46 protocol tests and 11
synchronization performance tests
All tests passed: T1 & E1 Certified: 7750 SR SR & 7705 7705 SAR
PRC
L2 or L3 PSN
Client
Synchronous Ethernet
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
Ixia validates 1588V2 on Master Clock Boundary Clock Transparent Clock Bell Labs Algorithms for Enhanced ACR and 1588 Enforceable SLAs with Resiliency & QoS
Manageable via embedded OAM Layers
Synchronization becomes a Managed Service
A History of Innovation
2003
7 7 5 0 SR
7450 ESS
77 1 0 SR
7450 ESS6
7705 SAR
7210 SAS
2004 2004
2005 2005
2006
2 2007 007
2008
2 2009 009
5620 SAM
5 7 5 0 SSC
OSS CPP
5650 CPAM 5670 RAM
Portfolio Positioning in Mobile Backhaul First mile
Larger sites/hubs
Large hubs/PoCs
Ethernet / MPLS
MTSO/Backbone (Core)
Backbone
5620 SAM
7210 SAS
7705 SAR-8
7705 SAR-18 7705 SAR-18
7705 SAR-F
7750 SR
7705 SAR-8
• Compa Compact, ct, hardene hardened d
• 5G 5Gb/ b/ss – 50 50Gb Gb/s /s
• + 50 50 Gb/s Gb/s
• >5 >500G 00Gb/s b/s
• Low power power consumption consumption
• Aggr Aggregation egation and and backhaul
• Aggr Aggregatio egation n and backhaul backhaul
• Aggr Aggregatio egation, n, backbone backbone
• End-to End-to-en -end d networking networking
• Scalab Scalable le fan-in
• Scala Scalable ble fan-in
• Core and intra-MTS intra-MTSO O roles
Comm Co mmon on SR SR-O -OS S & Ma Mana nage geme ment nt
Opti Op tim miz ize e CA CAPE PEX X
Reduce OPEX
Evolve As Needed
The 7705 SAR product family • Cost-optimized compact carrier class Multi-service, multi-protocol hardened aggregation router family
7705 SAR-18 140 Gb/s HD Large aggregation hubs or smaller central sites
• Extensive feature set and functionality • Architected and implemented for service delivery (traffic management, , , .. • Diverse media connectivity support • Fiber, CWDM, GPON, 8-pair VDSL2, ADSL2+, G.SHDSL, Microwave, Coaxial
• Future proof architecture to address evolving aggregation requirements
12 Gb/s HD Small – medium aggregation sites
7705 SAR-F 2 Gb/s HD Small sites
A family of powerful IP/MPLS aggregation and routing platforms
7708 SAR-8 Characteristics - 48V/+24V Power Feeds Redundant Control Modules
7705 SAR
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
Fan Tray
2 RU High
Dense access via flexible adapter cards 7705 SAR-18 and 7705 SAR-8 Adapter Cards
Ethernet
SONET/SDH
Legacy
8-port Ethernet:
4-port OC-3/STM-1 clear channel
6-port E&M
6 ports of 10/100 Base-TX 2 ports of 10/100/1000 with small form factor pluggable (SFP) optics
2-port OC-3/ STM-1 channelized
ASAP
DS3/E3
16-port ASAP T1/E1
4-port DS3/E3
32-port ASAP T1/E1
12-port Serial Data Interface (SDI) card
Auxiliary Alarm Auxiliary alarm card with 24 digital alarm inputs, 2 analog inputs and 8 output relays
Wide range of modular access and network interface options for application flexibility
7705 SAR-F Characteristics
Integrated Control and Fabric
Alarm
Management
BITS
2 X GigE SFPs
16 Ports of T1/E1 ASAP
Dense, 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
6 X10/100 Ethernet -48 V/+24V Power Feeds
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/E1based 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
e un ancy o con ro , sync, power ee s, unne s an 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
4 x 10G adapter slots
Redundant 12 x 2.5G Alarm CSMs adapter slots Module
7705 SAR-M & SAR-ME Hot Insertable Module Slot
4 x GigE SFP
3 x GigE RJ45
Management
16 T1/E1 ASAP
Dense, rugged 1 RU high form factor w/ Module
16, T1/E1 ASAP ports
Power Terminal Block
Timing/ToD Alarm I/O
GPON Module
7 GE ports Temp. range: -40°C to +65°C (-40°F to 149°F)
VDSL/ADSL2+ Module
Dual Power Feeds: (-48V DC, +24V DC) External AC Power Option
2p VDSL/ADSL2+, G.SHDSL Module
The 7210 Service Access Switch (SAS)
7210 SAS-D
7210 SAS-E
7210 SAS-M
Low-cost Ethernet demarcation switch
Cost-effective Ethernet
MPLS-enabled Ethernet
Wirespeed - 20 Gb/s
Wirespeed - 48 Gb/s
Wirespeed - 128 Gb/s
Wirespeed - 88 Gb/s
Fixed configuration: 12 x GigE (SFP) ports 12 x 10/100/1000BASE-TX (copper) ports
Fixed configuration + expansion slot: 24 x GigE (SFP) ports 2 x 10GigE (XFP) ports 4 x T1/E1 CES access ports
Fixed configuration: 24 x GigE (SFP) ports 2 x 10GigE (XFP) ports
Fixed configuration: 6 x GigE (SFP) ports or 4 x 10/100/1000BASETX (copper) ports
7210 SAS-X High performance MPLS-enabled aggregation switch
A family of compact, Ethernet edge and aggregation devices
Advanced Platforms: The 7750 SR Product Family
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
Small POP router for business services edge
Industry-leading scale and intelligence for the convergence of sophisticated residential, business and mobile broadband IP services
Packed Microwave Radio Nodal Split-Mount
7705 SAR with Integrated MW
9500MPR
7705 SAR
MSS-8
Optimized Microwave Nodal Site
7705 SAR
Optimized MPLS Node Site 9500 MPR-e Stand-alone Radio
IP/MPLS and microwave integration in the 7705 SAR IP/MPLS Services & Features
Edge
IP/MPLS microwave links
9500 MPR-e
Resilient Ring/mesh/linear topologies in mixed fiber-microwave networks: TE, FRR,
9500 MPR
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
Eth site 9500 MPR-e
9500 MPR
7705 SAR
Common e2e service management: 5620SAM
Best cost and performance in all scenarios
5620 SAM
Common Radio throughout the network (less CAPEX and OPEX)
9500 MPR-e 9500 MPR-e
Reduces amount of deployed indoor equipment at each site (less CAPEX)
7705 SAR
E2e common OAM procedures and protection over microwave and fixed media (less OPEX) Low power consumption at each site (less OPEX)
7705 SAR
7705 SAR 7705 SAR
Backbone
ALU’s High Leverage Network Converged Service Control
Multi-screen services Web and Enterprise 2.0
Policy Manager
Converged RAN Residential / Enterprise Gateways
Radio Access
IMS
CNG Ethernet/ MPLS/Optical
IP/Optical Service Routers
VDSL/GPON/ Ethernet access
Converged Wireline Access
Converged Metro and Aggregation
Converged Edge
Converged Service-aware Network Management
Converged Backbone
Mobility Manager
Typical EMS/NMS vs. Service-Aware Management (SAM) Approach SAM provides end-to-end unified element, network, and service management in one platform.
Value of Management Dependent on Level of Modeling
SAM
Business VPNs Enterprise Ethernet Access
Triple Play Metro Ethernet Aggregation
Services
NMS
Mobile RAN Backhaul / Aggregation
Dynamic Path & Tunnels IP/MPLS Protocols
Physical
EMS
Alcatel-Lucent 5620 Service Aware Manager (SAM) Unified Element + Network + Service-Aware Management in one platform • Accelerated Network & Service Provisioning • Reliable Network & Service Assurance • Scalable, secure Architecture • Operational Fit & Flexibility
5620 SAM
Multi Service Access Metro Ethernet IP/MPLS Edge IP/MPLS & Wireless Core
9500 MPR
OmniSwitch 6400
7701 CPAA
7450 ESS-1 7710 SR-c4 1830 PSS
7750 SR-1 7450 ESS-6
7705 SAR-8 /-M
OmniSwitch 6250
5780 DSC (PCRF)
OmniSwitch 6850
7450 ESS-12 9471 WMM (MME)
OmniSwitch 6855 / 6855 U24-X
7750 SR-12 7450 ESS-7
7710 SR-c12
7750 MG 7750 SR-7
7705 SAR-F
7250 SAS
Generic Support for 3rd Party Devices
OmniSwitch 9000 7210 SAS E/M/X
Service Activation – Service topology maps Enables operator to view complex services for troubleshooting purposes Multiple path VLL
VLL switching with MC-LAG redundancy
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
Alcatel OSS Partners OSS S stems
SAM-O
Decrease Time to Market by 6 months
Use Generic NE feature to mediate CPEs also
5620 SAM
P1 P1
PE
Reduce Integration cost by
P5
PE P2
PE
P5
P3 PE
PE P4 P4
7750 SR: Part of Alcatel-Lucent’s AwardWinning Service Router Portfolio
Service Router Portfolio: Award Winning Technology
2007 Winner
2008 Winner
2008 Winner
2009 Winner
2009 Winner
2009 Winner
2009 Winner
2010 Winner
Best New Product Concept (7705 SAR)
Excellence in Technology Innovation (FP2 Silicon)
Metro Network Technologies (FP2 Silicon)
Best Telecom Equipment Award (7705 SAR)
Vendor of the Year - Best Infrastructure Product (SR Portfolio)
100 GE on the Service Router Portfolio
Best Carrier Ethernet Switch/ Router Infrastructure (SR Portfolio)
Network Infrastructure Wide Area Network (7750 SR Mobile Gateway)
ISOCORE TEST VALIDATION Alcatel-Lucent’s IP/MPLS Mobile Backhaul Solution • 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 • 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) •
,
• 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
timingnew evaluation • Adaptive and differential “Setting industry •
standards for better scalability, 24 hour wander measurements of MTIE and TDEV and superior resilience.” higher availability,
ISOCORE TEST VALIDATION UMTS/GSM Test Setup RAN Aggregation Router
Node- B Simulation
7705 SAR-8 AR-3 To SAR 2
64 T1s 14 CES 8 ATM/IMA 32 ATM VC
7750 SR-7 AR-1
252 ATM/IMA 1 STM-4 & 4 STM-1 504 E1s
MPLS Transport with Pseudowire Redundancy
RNC/BSC Edge
7750 SR-7 MPLS Core/BSC/ RNC-Edge-1
252 protected ATM VCs 8 STM-1 circuits 504 E1s MC-APS Working/Protect
Agilent N2X Platform Node-B Simulation
Simulation
RNC
BSC
84 CES 1 OC3 84 T1s
1046 Node-B Sites
RNC/BSC Simulation
2x OC3 CES 4x OC12s ATM 4x Ch STM-1 ASAP RPW and MC-APS Working/Protect
Agilent N2X Platform BSC/RNC Simulation
Stratum 1 PRC
378 ATM/IMA 2x STM-4 4x STM-1 756 E1s
OC12 ATM Working OC12 ATM Protect
7750 SR-7 AR-2 To SAR 1
64 T1s 14 CES 8 ATM/IMA 32 ATM VC
7750 SR-7 MPLS Core/BSC/ RNC-Edge-2
STM-1 ATM/VC Working STM-1 ATM/VC Protect OC3 CES Working OC3 CES Protect STM-1 ATM/IMA
7705 SAR-8 AR-4
STM-4 ATM/IMA Gigabit Ethernet 10 Gigabit Ethernet
Node-B & RNC/BSC Simulation = Single SR12
ISOCORE TEST VALIDATION 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 and router worldwide revenue (for mobile backhaul)
Over 47 MPLS-based, LTE-ready backhaul wins and over 100 7705SAR IP/MPLS wins
The 7705 SAR The 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” •
“Alcatel-Lucent has the best backhaul equipment footprint with those operators that will be the first to launch LTE.”
“• 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”
Over 130 customers
7705 SAR Market Success (by end of 2010)
Over 52,000 units shipped
Total number of customers
Total number of systems shipped 50000
130
45000
120 110
40000
100 35000
90
30000
80 70
25000
60 20000
50 40
15000
30 10000 20 5000
10
1Q09
2Q09
3Q09
4Q09
1Q10
2Q10
3Q10
4Q10
Alcatel-Lucent IP: Broad Diversity of Customers, Markets & Applications 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
275 260 245 230 215 200 185 170 155 140 125 110 95
Number of Customers Worldwide
80 65 50
Number of Countries Deployed 2004
2005 1Q06
66 | 4Q 09 IPD Market Share Results| February 2010
2Q06
3Q06
4Q06
1Q07
2Q07
3Q07
4Q07
1Q08
2Q08
3Q08
4Q08
1Q09
2Q09
3Q09
4Q09
Alcatel-Lucent Customers IPD Service Routing Public Customers
EMEA
NAR
Saclay
CALA
APAC
Mobile Backhaul Blueprint Solution What the industry is saying? LTE Backhaul Leader
#1 in IP Mobile Backhaul
Integrated Solutions
Wireless and IP Expertise
“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
“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
s mo e opera ors pos on o aunc serv ces, an n egra e an serv ce 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
“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
Our industry leading IP & MPLS mobile solutions are key foundational elements
IP/MPLS MW Ring with Fast Re-route Protection 2. MPLS re-route traffic to FRR tunnel
Protected LSP
1. MW link failed due to weather 2G/3G Voice
FRR Tunnel
3. Traffic merges back to the LSP
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 |
PW Redundancy for MSN Protection 2. Failure Notification
Active PW
1. 7750#1 down
7750 #1
Active STM-1
Controller
3. 7705 switches traffic to pink PW
Standard APS
Standby PW 7750 #2
Multi-chassis APS
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 detec t it (through regular routing/MPLS) and switch traffic to the pink PW and 7750#2
High Capacity IP/MPLS Backbone MW Ring
9500 MPR
MW Access
Backbone
MTSO
7705
7750 BSC
RNC
S-GW
7705
Fixed Access N+0 MW
Product Details: 9500 MPR – MSS-8 MSS-4 and MSS-1c IDU MSS-8
MSS – Microwave Service Switch
MSS-4 2
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 Details 9500 MPR - ODU MPT MC/HC/GC C M T P M Gigabit Ethernet
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
Electrical with Power Feed over Ethernet (CAT5)
C H T Gigabit Ethernet P M Electrical with Power Feed over Ethernet (CAT5)
Frequency Band
6 to 38 GHz,
Modulation
4 to 256 QAM Static & Adaptive
Channel Spacing
3,5 to 56 MHz
Ethernet Throughput
Up to 530 Mbs
Optical with Power feed over separate Coax
C G T P M
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
Agenda
5 | IMS Overview
74 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
A New Era of Communications
Fixed moving to Fiber Mobile broadband growing Broadband everywhere…
… More, smarter connected devices..
… stimulating Application and Content Providers (ACPs)..
…Mobile Voice ARPU is declining, but it’s and will , revenue for mobile operators…..
Requiring Service Providers to rethink their communications strategy 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 ’
…and requiring Operators to compete via the subscriber’s experience 75 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
How can Alcatel-Lucent help them to compete? First by addressing the limitations in ACP offerings ACP comms services do NOT
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
“
interoperate with each other
The experience suffers in 3G PS and is lacking in 2G & PSTN circuit
”
Media article from CES 2011
No control over service quality and securit
No video chat interoperability between ACPs. Goes against Metcalf s law! ’
Service Providers can overcome these issues with our IMS Solution
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 76 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
And innovating with IMS application enablement Apple s apps store now has over 350k apps ’
Rapid app creation and delivery
and 10 billion downloads
IMS APIs bridge the network with innovation Facebook has 600 million users IMS APIs enable social networkin and web
Web integration
services integration - critical for enhanced comms services
You have millions of subscribers on fixed & Compete and partner with ACPs
mobile
IMS APIs enable new business opportunities to add value to 3rd party applications
77 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
And it all starts with voice transformation IMS VoIP is the primary application today bVoIP
38 of the top 50 carriers have commercialized IMS cVoIP
Alcatel-Lucent experienced strong IMS growth in last 12 months with 95% YoY growth
The primary applications today are consumer VoIP,
Class-5 Repl
LTE Trial
FMC
RCS, Video.
business VoIP and PSTN modernization
Moving to mobility and multimedia
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 78 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
LTE Redefines the wireless experience… Attractive data experience
bandwidth Attractive investment
latency
Global ecosystem
Dynamic resources
… providing fertile ground for mobile communications
Spectral efficiency
VoIP
Video
Messaging
Web
79 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
Without a comms strategy, LTE further accelerates comms’ fragmentation
SERVICES SOCIAL NETWORKING
NETWORKS Cloud VIDEO
OTT N IM MMS SMS
MOBILE OS 1 MOBILE OS 2 MOBILE OS N
FEATURE PHONES LAPTOPS
OTT 2 OTT 1
ENTERPRISE N ENTERPRISE 2 ENTERPRISE 1
POTS 2G/3G CS
DSL & FIBER WIFI
2G/3G PS
SMART PHONES TABLETS
HTML5
WIMAX 4G LTE
MACHINES
DEVICES
ACCESSES ACCESSES
80 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
Defrag Comms by deploying LTE with IMS
Voice, video, messaging
unity
Fixed, mobile, web
equality
Global • Calling • Ecosystem • Roaming
Usage
Multitasking • Enjoyment • Productivity
concurrency Compete via the subscriber’s experience 81 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
A High Leverage Network represents a common vision for wireline and wireless service providers High Leverage Network (HLN)
Converged service control Session Policy Mobility control management management
Converged RAN Residential/ enterprise gateways
Radio access Ethernet/ MPLS/optical
IP/optical Converged
VDSL/GPON/ Ethernet
Converged wireline access
Converged metro and aggregation
Converged edge
Converged backbone Converged service-aware network management
Multiscreen services Web and Enterprise 2.0
One converged, optimized, scalable, multi-access IP network allowing dynamic service creation and delivery 82 | End-to-End IMS Solution Platform | July 2010
All Rights Reserved © Alcatel-Lucent 2010, CPG4688100540
Alcatel-Lucent End-to-End IMS solution platform A key component of the converged service control domain in an HLN
Common session control across fixed and wireless networks, providing seamless service access and mobility
Alcatel-Lucent End-to-End IMS
From voice to rich multimedia communications, enabling seamless service interworking across service provider networks
TDM
POTS/ ISDN
Converged metro and aggregation
Mobile
Converged service control
Converged RAN
Converged wireline access
GPON/DSL
Consumer and business VoIP/ enhanced communications
3G RCS, LTE, femto, WiMAX, and more
Converged backbone
Converged edge
Converged service-aware network management
Rapid, economical service innovation with massive application scaling
Alcatel-Lucent IMS powers competitive multimedia communications services 83 | End-to-End IMS Solution Platform | July 2010
All Rights Reserved © Alcatel-Lucent 2010, CPG4688100540
Transform your network with investment protection
Service providers need to eliminate network silos to enable a shift from network capability to subscriber experience
Application (Voice + IN Svcs)
Application (SMS, etc)
Session Control HLR (voice)
Access Network (CSV)
Session Control (data)
Application
Application
(VoIP, Others) (Voice + IN Svcs) IMS application servers
SDM HSS
Session Control (Voice)
Session Control SDM IMS session control (VoIP)
Access Network (PSD)
Access Network (Radio)
Mobile
Access Fixed Access network etwor (Radio) (TDM)
Access network (TDM)
Application
Applications
(RCS, etc)
Session Control (data)
Fixed Access Access Access network network (IP/broadband) (WiFi, WiMAX,…) (IP/Broadband)
Fixedfixed, broadband, Broadband Mobile, others
Session User Control Data (VoIP, data, etc)
Other Access etwor s (WiFi, Wimax, etc.)
Other
CSV: Circuit Switched Voice PSD: Packet Switched Data TDM: Time Division Multiplexing
Enable converged service control — a key foundation of the High Leverage Network — across fixed and mobile, consumer and business, saving CAPEX and OPEX 84 | End-to-End IMS Solution Platform | July 2010
All Rights Reserved © Alcatel-Lucent 2010, CPG4688100540
Options to implement voice in a combo 2G,3G and LTE environment 3GPP 1.
2.
IMS
IMS
CS
CS
1. VoLTE (SRVCC)
2. CSFB 3.
4.
CS
3. VOLGA
85 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
4. OTT
Yet delaying or waiting, leaves operators Susceptible to attack by the alternative providers
Subscriber’s experience Global roaming w/ full feature suite Standards’ value
Global interoperability w/ full feature suite End to end QoS All-IP path enables video-comms, etc.
Multimedia
Enjoy multiple concurrent apps in LTE while on a voice call Blend comms with the web Retain LTE bandwidth while on a voice call
Voice
Negligible voice call set up delay HD voice
IMS
CSFB
Alternative IP Provider
Many services
Voice-centric
Many services
X
X
X
X
X X
/X
IMS beats the Alternative IP Providers; CSFB does not 86 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
X X
IMS/LTE vs CSFB service provider business model: key findings IMS/LTE provides more profits, sooner
Totals, in M of € IMS
CSFB
Revenues
1314
3474
Expenses (OpEx) (1002)
(590)
IMS compared to CSFB:
Enables fuller range of services beyond voice
More than triples the returns (NPV)
(CapEx) Net Present Value 853
247
Breakeven
2.3 years
2.0 years
vo ng o m gra on boosts NPV 14% and reduces payback period 50%
5 year IMS/LTE growth to 2.8M consumers, 1.1M enterprise subscriptions
IMS/LTE value driven by:
• Beyond voice: provide video, messaging, collaboration • Simultaneous applications: fun and productivity • Higher take-rate with greater willingness to pay
87 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
IMS Customer References Fixed Voice Transformation:
•
Consumer VoIP
Business Comms
PSTN Modernization
Qatar
Qatar
New Markets:
•
Multimedia: Consumer RCS Trials
LTE
French Tri-op
Plus operators in Spain, Japan, Australia
Service Agility (APIs) Regional Operator
10+ trials, including:
Plus operators in the U.S., India, South Pacific, etc.
70+ IMS wins, 17.5M+ VoIP licenses, 95% YoY growth 88 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
IMS in LTE activity
EMEA
North America
FT/Orange * ImaginLab * Russian Operator Mid-East O erator
Verizon * Cox * Regional Operator Re ional O erator
As of April 2011
Contracts Trials Publicized *
Asia Pacific China Operator SE Asia Operator
South America Global 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) 89 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
Alcatel-Lucent IMS/LTE: unique business value
Experience
The new conversation experience
Quick Introduction of Innovative Knowledge Expertise across Communications, IP Routing, 2G/3G, and LTE Services
Engineering
Scaling, reliability, performance, features
De-risk
E2E release cadence and testing; Services Group expertise in design, integration, and operations.
Proven
IMS & LTE contracts, trials, and deployments; Integrated into many networks and operational systems 90 | ALL RIGHTS RESERVED. COPYRIGHT © ALCATEL-LUCENT 2011.
Agenda
6 | Next steps
91 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
Next steps
Deep Dive session: packet Core (June 2011) IMS (June 2011) Light Radio including TCO (3Q11) WNG (tbc) Lab visit for demos ( LTE/Light Radio)
92 COPYRIGHT © 2011 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
