Wireless Network Evolution with LTE & lightRadio™ April 2012

Wireless Network Evolution with LTE & lightRadio™ April 2012

ALCATEL-LUCENT WIRELESS BUSINESS OVERVIEW
LTE: 20+ customers and 70+ trials; including Verizon, AT&T, and Sprint Our Wireless Footprint W-CDMA: 73 customers in 53 countries GSM: 196 customers in 100 countries CDMA: 70+ customers in 40 countries TD-SCDMA: Tier 1 supplier of China Mobile Alcatel-Lucent - A key player in all wireless technologies, with a large installed base worldwide 3

ALCATEL-LUCENT A LEADER IN WIRELESS
LTE Shipments (Dell’Oro) #1 in CDMA* Top 2 in LTE* #1 in Ethernet Cell Site Gateways** #2 in IP Edge & Core Routing** #1 in Femtocells** Over 21,900 LTE eNodeBs Deployed Growth in the Wireless division continued as revenues increased 5.7% from the year-ago quarter to Euro billion. At constant currency exchange rates, wireless revenue increased 14.8% year-over-year. Gains were led by our CDMA EV-DO business in the Americas, by our 2G and 3G businesses in the Asia Pacific region and by our 4G LTE business. In 4G LTE, we announced an agreement with Cassidian, an EADS Company, to provide a 4G LTE-based mobile broadband solution for emergency response and security communications systems; and we expanded our joint venture with State Corporation Russian Technologies to develop and manufacture LTE components customized for the Russian market. During the quarter we made the world’s first long-distance video call using lightRadio™, our breakthrough architecture for mobile and broadband networks. In the area of small cells, MegaFon has chosen Alcatel-Lucent to improve in-building, 3G mobile coverage in Moscow and Alcatel-Lucent and Broadcom announced an integrated Femtocell gateway reference design that will establish a standard for Femto-enabled residential gateways. Note: Alcatel-Lucent’s wireless revenues do not include its mobile packet core, intelligent traffic management or mobile backhaul solutions. 2Q11 Customer Announcements: MegaFon (small cells contract)Vodafone New Zealand (small cells contract)Telecom Italia (small cell API demo) nTelos (cdma evdo contract); Optus Australia (small cells contract and rollout, customer announcement only) *according to Dell’Oro; **according to Infonetics

ALCATEL-LUCENT WIRELESS CUSTOMER MOMENTUM
E2E LTE CONTRACT + lightRadio co-creation Contract Contract Contract TDD Contract TDD TDD Contract Contract Contract Contract TDD Contract TDD Large scale TD-LTE pilot + lightRadio Co-Creation Contract Contract FDD Commercial Pilot + lightRadio Co-Creation lightRadio Co-Creation Contract TDD Contract TDD E2E LTE CONTRACT + lightRadio Co-Creation TDD Contract 20+ LTE CONTRACTS (over 21,900 eNodeBs shipped) 10+ lightRadio™ trials & co-creation agreements TDD TD-LTE trials World’s largest service providers have chosen Alcatel-Lucent The LTE trial metric is: · including non customer entities we are doing some trials with (Easy-C for example) · counting several trials for one customer depending on the technology used: if we are doing FDD, TD-LTE or small cell trials for this costumer · counting 1 trial per frequency per custumer All public Customers are displayed on the slide. Here is the back-up information: Contracts: AT&T, Verizon Wireless, Vimpelcom/Kar-Tel(Kazakhstan), Etisalat (UAE), Sprint, City of Charlotte (1st LTE contract for Public Safety) ), Big River Broadband (US), Antel (Uruguay), Leap(US), America Movil (Puerto Rico), STC, and 12 non public Public LTE Trials: Verizon Wireless, Cox Communication, Orange, Easy-C, Etisalat, SingTel, (China Mobile – ALU first to announce participation to CMCC large scale trial), Telefonica, Bouygues Telecom, TIM, STC, MTS, AT&T, SFR, Telenet, Texas Energy Network, Maxis, Kar-tel, Arqiva Telefonica (Movistar) pilot LTE network in Barcelona and Madrid. Beyond the RAN, we are also providing the EPC. They were installed very quickly and smoothly. Telefonica acquired 20MHz spectrum in 2.6GHz. Main reasons for LTE trial with Alcatel-Lucent (LTE performance, proven deployment experience having deployed largest networks in US, stong desire to converge on a single vendor across all technologies, incumbency in wireline network, and strong customer relationship). E2E Contracts (RAN+Backhaul+EPC+NMS+SERVICES): VzW, Sprint, Antel, Leap, VimpelCom E2E Contracts (RAN+Backhaul+NMS+SERVICES): AT&T, E2E Contracts (RAN+Backhaul+Hosted Core): City of Charlotte E2E Contracts (RAN+EPC+NMS+Services): Etisalat, STC, BigRiver, AMX

ALCATEL-LUCENT LTE NETWORKS DRIVING 4G EVOLUTION FOR ALL MAJOR US PROVIDERS
4G LTE 108M Subscribers 101M Subscribers 53M Subscribers Largest LTE network in the world covering a population of 200M, cities LTE network covering a population of 74M, 35 cities Aggressive LTE rollout with launch mid and nationwide coverage by 2013 Alcatel-Lucent: Differentiating the World’s Largest Operators with Real World LTE Performance

AGENDA 2 | LTE Performance and Lessons Learned

ALCATEL-LUCENT FIELD PERFORMANCE
Extensive hardening & optimization of Bell Labs algorithms for more than 2 years Example: Measured HO Success Rate: 99.98%, for 40,000 Handovers - 3x100 UEs moving from Cell a->b->c->a - 5 Handovers/second for each cell -> 15 Handovers/second for the eNB Handover Type Intra/Inter Handover Failures Interruption Time (ms) Average Median X2 Intra-eNB 48 47 Inter-eNB 51 Overall 50 S1 46 44 45 QoS features are already fully implemented in ALU product, QCI class management validated in real network enables delivering high quality VoLTE and Video and preserving excellent end user experience (< 20ms Latency for Video) Video Over QCI2 with Intra-QoS Loading - Latency Delivering the most field-hardened, highest performing LTE system in the world Voice and advanced services such as Video Telephony, Video streaming require a excellent QoS management to ensure prioritisation of packets over the air (work of the scheduler) and on the backhaul (Traffic Shapping): - ALU product alreadys support advanced QoS features with full QCI support to allow QoS for Voice/Video/… - Demonstrated and Validated on commercial network with Verizon, QoS algorithms performing perfectly - Latency for Voice doesn’t need to be as small as video telephony because the data traffic is low but it has to be very stable, jitter we demonstrated is below 10ms ensuring extremely good voice quality for Verizon.

ALCATEL-LUCENT VS COMPETITION IN LTE NETWORKS
Lower UE Tx power, reducing noise rise and preserving battery life Better setup times lead to better end user experience Alcatel-Lucent superior scheduler implementation provides end user and sector throughput benefit for Uplink and Downlink, optimized for multi-users:

LESSONS LEARNED FROM “REAL” LTE EXPERIENCES FOUR PILLARS FOR SUCCESS
COMPANY COMMITMENT On time Response & Support from the Product Division Close coordination across project core teams and the P.U led to thorough analysis and preparation in support of LTE projects Direct channels established to secure full and quick R&D support DELIVERY ASSURANCE To confirm Material Availability According to Plan Local labs established in support of reference network construction Dedicated teams worked with supply chain WIRELESS TECHNICAL EXPERTISE Risk Free for New Technology Introduction Wireless expertise was available locally Trained ALU engineers with proven deployment experience R&D center created for Wireless evolution FAST PROJECT EXECUTION To Secure Fast and Quality on Implementation Project Core Teams established to provide support Proven industrialized delivery model (>16,000 nodes deployed) Dedicated teams supported OSS integration

AGENDA 3 | lightRadio™- Best Solution for a Multi-Technology World

THE ACTIVITY THAT FEEDS OUR BUSINESS WORLDWIDE AGGREGATE MOBILE TRAFFIC
25x Mobile Data Growth SOURCE: BELL LABS TRAFFIC INDEX 01/12

CHALLENGES WITH MACRO ONLY APPROACH
SPECTRUM EXHAUST QoE(COVERAGE/CAPACITY) COST 2 4 -5 +5 +15 Peak data efficiency (bps/Hz) Signal-to-noise ratio (dB) Limits of 2G, 3G, 4G SHANNON-BOUND Infeasible region EV-DO LTE HSDPA Dense Outdoor Hot Spots Indoor Hot Spots Rural Areas Residential The limits of ANY network design lie in SINR Wireless compounded by limits imposed by frequency, airlink budget, ability to penetrate through construction LTE release 8 at limits of Shannon’s law even with 64QAM New techniques required: MIMO, coordinated multipoint, and small cells Goal: Improving QoE and lowering cost in a non-obtrusive manner

Enterprise Small Celll
TACKLING CAPACITY, COVERAGE, AND USER EXPERIENCE NEEDS FLEXIBLE RADIO ACCESS NETWORK OPTIONS Enterprise Small Celll Home Small Cell Metro Cell Enterprise Small Cell WiFi Hotspots Distributed Antenna 3G/4G Macro WiFi A cost effective network leverages commonality across RAN options

TOWARDS A MULTI-LAYER, MULTI-TECHNOLOGY WORLD PUTTING CAPACITY WHERE NEEDED
Public Hot Spots Outdoor Hot Spots Residential Coverage Indoor Hot Spots Rural Access Probability of reaching 10 Mbps QoE Macro + small Cells Macro only Throughput Macro coverage Year1 Year2 Year3 Year4 Macro only Macro + small cells Goal: Improving QoE and lowering cost in a non-obtrusive manner Advanced macros – active antennas, multi-tech, multi-band, multi-carrier Cell densification – small cells (pico/metro) putting capacity where needed Indoor/enterprise solutions – public/private solutions as part of overall offer

A new and better way to build wireless networks
lightRadio™ – A GAME CHANGER A radical new architecture redefining wireless networks Dramatic reduction in total cost of ownership A single platform supporting 2G, 3G, 4G Co-Creation Partners RADIO INNOVATION + SOFTWARE DEFINED + CLOUD A new and better way to build wireless networks

lightRadio™ NETWORK Scaling mobile data capacity…at lower cost
Distributed Metro Cells lightRadio™ Cloud Element lightRadio™ BBU VIRTUALIZED CAPACITY & CONTROL MME/SGSN Integrated Metro Cells Macro Cells (AA/AAA/MB-RRH) Small Cell GW ANDSF/PCRF INDOOR, OUTDOOR, HOTSPOT 2G/3G/LTE/Wi-Fi WIRELESS PACKET CORE TRANSPORT Wi-Fi Internet At Mobile World Congress 2012 we announced lightRadio Network: An end to end multi access (home cell, metro cell, macro cell), multi-technology (2G, 3G, LTE, WiFi) network that delivers up to 10 times the capacity of a traditional converged RAN type of network at 30-50% lower total cost Key components of the lightRadio Network include 3G and LTE metro cells: well suited for covering all types of hotspots. Wideband active antenna array (WB-AAA) or “cube” based 3G and LTE macro and metro cells: Next generation of metro cells and macro cells based on Alcatel-Lucent Bell Labs lightRadio cube technology use WB-AAA to improve RF performance and lower power consumption. A virtualized architecture: Baseband unit (BBU) pooling optimizes the use of an operator’s BBU digital assets by sharing the BBU with other macro and metro cells Cloud Controller: lightRadio cloud element running on IT platform virtualizes control and allows for more effective sharing of control capacity resulting in higher performance at lower cost. Self optimization and automated interference management Zero touch installation with suitable small cell device management. Self configuration with sniffer capabilities and automatic neighbor configuration and relationship (ANR). Automatic Interference management between metro and small cells with LTE release 8 features: - Frequency Selective Scheduling - Hybrid ARQ and Link Adaptation for bursty interference between the metro and macro - Closed Loop Uplink Power Control and Fractional Power Control to manage highly variable uplink interference - Control Channel Power Control for robust PDCCH detection in interference limited cells. eICIC (Release 10)will further improve, but that improvement will be incremental compared to the gains from the features listed above. Operational effectiveness LightRadio management system: Alcatel-Lucent’s lightRadio Management System (LMS) is an innovative and comprehensive OA&M solution delivering support of Multi-standard lightRadio Network Nodes and is being developed to run on standard IT hardware. PCMD: Per Call Measurement Data analyses radio performance issues by gathering real time data and measurements from actual subscribers on the network, effectively treating phone users as drive testers. Wireless Network Guardian (WNG): WNG integrates advanced behavior-based traffic classification with end-to-end network performance monitoring into one system — giving wireless service providers intelligent, correlated information across both the IP and RF domains. lightRadio Wifi : The Alcatel-Lucent WLAN gateway provides a means for offering a common experience to WiFi and cellular end users. AnyG transport: Transport options ranging from xDSL, Ethernet, Microwave to GPON to provide the right bandwidth at the right cost for each environment. Non line of sight (NLOS) transport being worked Service Router/ WLAN GW SGW/PGW/ GGSN Enterprise Cells Home Cells NETWORK MANAGEMENT Scaling mobile data capacity…at lower cost

lightRadio PRODUCT ROADMAP
2011 2012 2013 2014+ Trials LTE and 3G metro First Commercial Products Any G compact cabinets First AA and metro lightRadio Cloud Element New BBU Common OAM Complete Family Additional freq variants AAA and RRH New controller applications SOC-based BBU Additional cloud applications Key elements of lightRadio™ portfolio available by end of 2012

First pre-commercial products integrating new CUBE radio technology
lightRadio™ TRIALS HAVE STARTED Metro Macro 3G Metro + WI-FI Trialing with Tier 1 Operator in UK Product availability in 1H12 LTE Metro Trialing with Tier 1 operator in US Stadium application Product availability in 1H12 Active/Passive Antenna Internal “proof of cubes” Team completed first call Dec 9 First Product availability in 2H12 1x2 WCDMA Metro Distributed 2x2 LTE Metro Macrocell First pre-commercial products integrating new CUBE radio technology

Small cells on day 1 and ready for full lightRadio™ architecture
A SMOOTH PATH TO A FULL lightRadio™ NETWORK Traffic Demand lightRadio™ Wifi/3G/LTE small cells Full lightRadio™ lightRadio™ Wifi/3G Small Cells Macro 2G/3G/LTE Vendor(s) X 2G/3G Macro t Small cells on day 1 and ready for full lightRadio™ architecture

AGENDA 4 | Why lightRadio™ is Superior to Converged RAN

CURRENT RAN IS NOT SUSTAINABLE
MORE CROWDED LESS GREEN LESS AFFORDABLE Base Stations needed in a Tier 1 City # Base Stations 2,500 Based on Downlink BW Based on Uplink BW 2,000 1,500 1,000 500 2011 2012 2013 2014 2015 Source: Bell Labs synthesis of real network data with industry growth forecasts Current RAN cannot scale cost effectively 22

FOUNDATION FOR NETWORK EVOLUTION DATA OPTIMIZATION IS CRUCIAL
Network Evolution Strategy VOICE OPTIMIZED 2G 3G 4G DATA OPTIMIZED CRAN DATA ADDED TO VOICE PLATFORM LONG TERM PAIN lightRadio™ VOICE ADDED TO DATA PLATFORM LONG TERM GAIN Must converge 2G/3G/4G using best technology to lower TCO SRAN - Software only” upgrades to LTE rely on legacy hardware and architecture which does not scale SRAN - Introducing LTE into 2G/3G RAN is complicated (costly) lightRadio™ introduces new hardware/software to tame data explosion at lower cost 23

WHY IS lightRadio™ DIFFERENT?
Today’s RAN Monolithic boxes & boards Dynamic components distributed in the network Design One for One Three in One 2G 3G 4G 2G / 3G / 4G Versatility Deployment Conventional Conventional or Cloud

OPTIMAL PATH TO CAPACITY & SAVINGS LTE NOW – 2G/3G RENOVATION LATER
Cumulative TCO Comparison YR1 YR6 Savings C-RAN LTE & 2G/3G Swap lightRadio™ LTE Overlay , delayed 2G/3G Swap YR2 YR3 YR4 YR5 Year lightRadio vs C-RAN 1 LTE-only overlay lowers upfront costs by ~25% compared with traditional CRAN swap 2 lightRadio 2G/3G renovation, along with higher opex for running parallel networks drives interim costs higher 3 lightRadio opex benefits begin to take effect 4 lightRadio capacity benefits avoid the need for costly 3G cell site adds; opex benefit grows 5 lightRadio opex benefits continue to compound; ongoing opex savings exceed 40% Fastest route to LTE with lowest TCO over 5 years

COMMONALITY ACROSS SMALL CELLS / MACRO CELLS
lightRadioTM AAA Macro CRAN lightRadio™ Lacks E2E integration Common network control Not to scale One unique AAA building block Beamsteering/ forming enabler Different platforms lacking modularity Common building blocks lightRadioTM Metro Separate physical nodes (no virtualization) Common controller Uncoordinated feature set Common feature set Multi-tech SoC 26

lightRadio™ - THE CLEAR CHOICE OVER SRAN
Today’s RAN lightRadio™ Baseband Antennas RRH Distributed Passive Mono band +15% +30% +100% Rental costs Power Consumption Operation & Maintenance Civil Works RRH + Site support Discrete Digital RF Multiple sites Complex and heavy -66% -51% -25% -60% Baseband dedicated per techno Distributed, All-in-one, Centralized Platforms for Small Cells and Macro Cloud controller & gateways Scalability Wireless & Wireline common OAM 1/1 Y, N, N different N Limited 1/3 Y, Y, Y common Y Full Capacity -66% -51% -25% -60% Savings Architecture Cost Efficient + Flexible + Scalable = Futureproof

A GAME CHANGER as highlighted by A YEAR OF MOMENTUM
lightRadio™ A GAME CHANGER as highlighted by A YEAR OF MOMENTUM 7Co-Creation Customers 10+Major Industry Awards First Field Trials Live @ MWC 200+ Customer Engagements The promise of a major breakthrough for a differentiating future for Wireless, driving major new wins for 2G/3G/LTE or small cells deployments TODAY!

AGENDA 5 | Wireless Network Transformation with LTE & lightRadio™

WIRELESS NETWORK TRANSFORMATION
Today LTE overlay to gain market leadership (capacity growth and service diifferentiation) BSC / RNC Voice Core BTS/NodeB Any G MBH SGSN /GGSN (2G/3G) EPC (LTE) eNodeB Macro Layer 2G/3G/LTE consolidation with lightRadio™ for TCO reduction (refarming, throughput increase, efficiency) CRNC IMS (VoLTE) SON Orchestrated Optimization MB-RRH WB-AAA Small cells for coverage and capacity improvement (Femto, Metro Cells, Beamforming, ICIC, SON) Any G MBH Small Cells Wireless Packet Core (Converged 2G/3G/LTE) IMS (VoLTE) WIS WB-AAA MB-RRH CRNC Orchestrated Optimization+ Intel Srvcs Wireless network monetization and optimization (clustering/ pooling, policy/monetization, preparation for LTE-A) Tomorrow Any G MBH WiFi BBU Pool Small Cells Wireless Packet Core (Converged 2G/3G/LTE) Alcatel-Lucent has the expertise to help operators smoothly modernize their network with LTE and lightRadio™ As previously stated, wireless network transformation is NOT a simple upgrade of existing 2G/3G networks. The lightRadio portfolio complements our existing LTE RAN products. Operators an capitalize on LTE today and gain market share by using our existing LTE RAN (which is lightRadio ready) to enable capacity growth and service differentiation. As a second phase, operators can renovate their existing 2G/3G RAN to lightRadio to save on operational and capex costs. This includes utilizing small cells to bring capacity closer to the users and where needed. The increase in the number of cells and the need to ensure proper coverage will necessitate further network optimization tools. Moving beyond DPI analysis, ALU brings PCDM tools and intelligent service enablement capabilities to allow operators to monetize their networks.

44 % Smartphone Penetration (26% in Q4 2010)
FIRST MOVER ADVANTAGE - PROVEN SUCCESS AGGRESSIVE LTE ROLLOUT IN 12 MONTHS The Verizon result….. LTE launch 30% 34% 33% 32% 31% 2010 2011 1st MOVER ADVANTAGE Source: Verizon, Informa NET ADDs (Q4 ‘11) 1.5 M Best in 3 yrs 2.3 M LTE Devices sold * 20+ LTE devices 44 % Smartphone Penetration (26% in Q4 2010) Data Rev. +19 % YoY 42% of TOTAL REV ($4.2 B in Q4 09, $5.3 B in Q4 10, $6.3 B in Q4 11) 200 million people covered 203 Cities 1st TO MARKET WITH LTE … CAPTURE EARLY ADOPTERS WITH 4G QoE 31

RAN RENOVATION WITH lightRadio™ PHASED APPROACH with best in class LTE first
LTE Overlay (eNodeB) GAIN MARKET POSITION with early entry into LTE using new spectrum INCREASE SPECTRAL EFFICIENCY and CAPACITY by deploying LTE Minimize impact and PROTECT EXISTING ASSETS PHASE 1 LTE Introduction Keep Existing 2G/3G eNB PHASE 2 2G/3G Renovation with lightRadio™ Multi Gen RAN Cubes (WB-AAA), MB-RRHs, Add 2G/3G, Small Cells OPTIMIZE SPECTRAL efficiency DECREASE FOOTPRINT and IMPROVE ENERGY CONSUMPTION REFARM SPECTRUM EFFICIENTLY RRH WB-AAA MB-RRH lightRadio™ MetroCells lightRadio™ Virtualised control and Baseband pooling PHASE 3 Cloud RAN with lightRadio™ SIMPLIFY OPERATIONS with centrally located baseband (fewer truck rolls) INCREASE CAPACITY by 15% by load balancing pooled resources IMPROVE PERFORMANCE leveraging benefits from LTE-A (ICIC / CoMP) Centralized BBU SoC BBU Cloud-like BBU Dynamic pooling BBU at site LTE now, 2G/3G upgrade with lightRadio™ later to change TCO profile

ENSURING A SMOOTH EVOLUTION TO LTE DELIVERING LEADING FEATURES IN SERVICE UBIQUITY
Voice continuity Enables ubiquitous voice services 3G 2G LTE FDD or TD-LTE Inter-technology mobility Ensures service continuity outside of LTE coverage (LTE/EV-DO mobility, inter RAT load balancing) Inter-technology load balancing Dynamic traffic distribution to reduces congestion and optimizes network resource usage across W-CDMA and GSM networks Service continuity, better quality, and lower cost eMCTA framework (phase 1) in LA3.0 eMCTA load balancing (phase 2) in LA4.0 33

9959 NETWORK PERFORMANCE OPTIMIZER 9900 WIRELESS NETWORK GUARDIAN
NETWORK PERFORMANCE AND TRAFFIC MGMT TOOLS UNIQUE CAPABILITIES OF ALCATEL-LUCENT 9959 NETWORK PERFORMANCE OPTIMIZER Counters End-to-end performance monitoring Added value modules (diagnosis, network availability, real-time alerter…) View actual subscriber performance Network elements Call traces PCMD FOR LTE View actual subscriber performance and RF environment End-user devices used as passive data collectors Track location where subscriber is making calls 5620 Service Aware Manager Mobile backhaul Logs 9900 WIRELESS NETWORK GUARDIAN Integrates traffic analysis, network performance, and planning Identify and improve inefficient and expensive applications Characterize devices and applications relative to network capacity Analysis Wireless packet core Wireless airtime (data-minutes) Instrumentation for service assurance and optimization with IP based networks

ADVANCED NETWORK TROUBLESHOOTING
Integrated, unique network performance tool providing Per Call Measurement Data (PCMD) statistics Advanced KPIs provide a complete view of user experience Advanced troubleshooting of QoS with deep inspection possibilities Assess LTE cell radio quality without time consuming drive tests Alcatel-Lucent exclusive functionality Simplified data collection and coordination across MME/eNB’s for LTE Per Call Measurement Data (PCMD) provides a look inside the LTE call processing world on a per-procedure, per-user basis–all users all the time A PCMD record is generated for every procedure (Attach, Service Request, Hand-Off, etc) – all the detail of call trace, at a fraction of the network cost eNodeB data is captured and consolidated at the MME as signalling events occur to minimize the network cost of collection A rich set of signalling and bearer data is streamed northbound for either historical, or near real time data analysis and troubleshooting Records capture quality of signalling events, data throughput (per QCI), procedure setup latency, Channel Quality, dropped packets, and UE experience (RSRP, RSRQ, RTD etc) – a complete view of user experience, eNodeB conditions and mobility management in a single record PCMD is the answer to the often time consuming and resource intensive traditional RAN management processes that rely greatly on drive testing, network service measurements and call tracing to sample and troubleshoot service performance. 35

PROFESSIONAL SERVICES DEFINING THE BEST TRANSFORMATION PATH
Macro Only NETWORK EOLUTION MODELLING ARCHITECTURE & DESIGN SCENARIO’S INVESTIGATE METRO CELLS LAYER DEPLOYMENT & INTEGRATION Traffic and Spectrum evolution strategy Long term radio network dimensioning evolution Multi year TCO studies New technology introduction impact analysis Network evolution scenarios High Level and Low Level Design Hotspot geo-location, Capacity where needed Metro 3G / LTE techno mix to fit Traffic demand HetNet impact on KPI’s and User Experience Migration and Roll out plan - Risk analysis Integration of lightRadio components into existing network Acceptance test and KPI’s Validation

ALCATEL-LUCENT THE RIGHT MIX OF TALENT, INNOVATION, EXPERIENCE
1 EXPERTISE Bell Labs Innovations End to end architecture expertise Innovative service creation through ecosystem collaboration Alcatel-Lucent INNOVATION Advanced algorithms for Scheduler, Power Management, and Interference Management Unique network performance tools going beyond 3GPP: PCMD, NPO, and WNG to drastically reduce opex 2 EXPERIENCE Top 2 leadership position in LTE with over 19,000 eNBs shipped Proven performance with KPIs outperforming competition 70+ Trials in FDD and TDD LTE 3

Wireless Network Evolution with LTE & lightRadio™ April 2012

Similar presentations

Presentation on theme: "Wireless Network Evolution with LTE & lightRadio™ April 2012"— Presentation transcript:

Similar presentations

About project

Feedback

Log in

Auth with social network:

Wireless Network Evolution with LTE & lightRadio™ April 2012

Similar presentations

Presentation on theme: "Wireless Network Evolution with LTE & lightRadio™ April 2012"— Presentation transcript:

Similar presentations

About project

Feedback