HSPA+ and LTE Technology Development

ITU Regional Workshop on IMT Da Nang, VietNam; 7-8 June 2010 HSPA+ and LTE Technology Development Dr Patrick Tsie Senior Director, Technical Marketing Qualcomm International Inc International Telecommunication Union

HSPA+ and LTE Technology Development June 2010 2

>1B 3G Wireless Subscribers Today ~2.8B 3G Subscribers by 2014 ~4.8B Wireless Subscribers Note : 3G includes CDMA2000, WCDMA and TD-SCDMA Source: Wireless Intelligence estimates as of Apr 19, 2010 for the quarter ending Mar 31, 2010,; number of unique wireless connections. 3 Wireless Intelligence estimates for CDMA2000 1X/1xEV-DO subscribers do not include Wireless Local Loop

Mobile Dominates Global Broadband Subscriber Growth—Overtakes Fixed in 2010 Subscribers* (Millions) >70% of total broadband subs 2500 will be mobile 2000 Fixed 1500 Mobile 1000 500 0 2008 2009 2010 2011 2012 2013 Total mobile broadband subscriptions are projected to be ~2B by 2013 Note: Mobile Broadband includes EV-DO family, HSPA Family, TD-SCDMA and LTE; * number of unique wireless connections Source: Strategy Analytics (May09), Informa (Oct09), Wireless Intelligence (Oct09), Yankee (Jun09) 4 Fixed Broadband includes: major variants of xDSL, FTTx, and fixed wireless broadband , Source: Informa (Aug09)

Acceleration of 2G to 3G Migration - Subscribers Subscribers* (Millions) 4,500 GSM 3G ~2.8B 3G 4,000 3,500 3,000 2,500 2,000 1,500 1,000 500 0 2008 2009 2010 2011 2012 2013 2014 3G subscribers surpassed 1B in mid-march 2010 From 2010 onwards, 3G is expected to contribute more net adds than 2G GSM subscribers estimated to flat-line in 2011 and decline from 2013 onwards Note: 3G includes CDMA2000, WCDMA, TD-SCDMA 5 Source: Wireless Intelligence estimates as of April 19, 2010 for quarter ending March 31, 2010, *number of unique wireless connections

Mobile Technology Evolutional Roadmap Excellent Mobile Broadband Enhanced User Experience Voice and Full Range of IP Services Improved voice and data capacity CDMA2000 1X Advanced 1X Simultaneous 1X Voice and EV-DO Data Rel. 0 Rev. A Multicarrier H/W upgrade EV-DO EV-DO Rev. B DO Advanced Rel-99 Rel-5 Rel-6 Rel-7 Rel-8 Rel-9 Rel-10 & Beyond WCDMA HSPA HSPA+ HSPA+ LTE Leverages new, Rel-8 Rel-9 Rel-10 wider and TDD spectrum LTE LTE LTE Advanced aggregates ultra Advanced wide spectrum 40 MHz to 100 MHz 2010 2011 2012+ 6 Estimated commercial launches, LTE launch assumes multimode devices Created 03/04/10

HSPA+: A Strong Evolution Path For Peak Throughputs 168 Mbps HSPA+ R10: 20 MHz Multicarrier • Expands HSPA+ to 20 MHz deployments • Evolution to femtocell networks HSPA+ R9 & R10: Expands Multicarrier HSPA+ R9: Expands 10 MHz Multicarrier 84 Mbps • Enhanced performance in 10 MHz • Uplink multicarrier • MIMO support with multicarrier • Multi band multicarrier—aggregation across bands HSPA+ R8: 10 MHz Multicarrier (dual carrier) 42 Mbps • Enhances broadband experience •Doubles data rates to all users 28 Mbps • Doubles bursty application capacity • Standardized femtocell support 14.4 Mbps HSPA+ R7: Next Gen. Performance Today • Doubles data capacity 23 Mbps • More than doubles voice capacity • Similar HSPA+ and LTE performance 5.7 Mbps 11 Mbps • The natural evolution at a lower cost 384 Kbps Rel - 5 Rel - 6 Rel - 7 Rel - 8 Rel - 9 Rel – 10 HSPA HSPA + Notes: R8 will reach 42 Mbps by combining 2x2 MIMO and HOM (64QAM) in 5 MHz, or by utilizing HOM (64QAM) and multicarrier in 10 MHz. R9 combines multicarrier and MIMO in 10 MHz to reach 7 84 Mbps peak rates. Uplink multicarrier double the uplink peak data rate to 23 Mbps in 10 MHz in R9. R10 expands multicarrier to 20 MHz to potentially reach 168 Mbps when using MIMO.

LTE Leverages New Wider Spectrum to Boost Data Capacity in Dense Urban Areas Available in smaller Best suited to leverage bandwidths new and wider bandwidths Similar LTE and HSPA+ performance 1.4 3 MHz 5 MHz MHz 10 MHz 15 MHz 20 MHz LTE relative performance decreases with bandwidth due to higher overhead; 40% overhead in 1.4 MHz vs. 25% in 20 MHz results in 25% better relative performance in 20 MHz vs. 1.4 MHz. Industry’s first LTE/3G multimode solutions LTE/3G Multimode Solutions TTD & FDD LTE 3G Coverage Seamless 3G service continuity from day one—Evolved 3G ensures similar user experience 8

Radio Link Improvement is Slowing, What Is Next? Leveraging topology and mitigating Approaching interference will provide next the theoretical limit performance leap—LTE Advanced Evolved 3G Evolved 3G with Advanced Receivers (EV-DO Rev. B & HSPA+) Next Gen. LTE Data optimized 3G Leap (OFDMA) (EV-DO & HSPA) Relative Capacity Multiples 3G 3G (IMT-2000): Voice & Data (e.g. CDMA2000 1X & WCDMA) Next Gen. Leap 2G 2G: Voice Capacity (Digital e.g. GSM & IS-95) Next Generation Leap 1G: Voice 1G (Analog e.g. AMPS) 9

Traditional Macro Networks Provide the Foundation for Wide Area Coverage Macro network challenges to • Cell splitting • Site acquisition provide ubiquitous user experience • Indoor coverage • Network topologies change 10

Bring Network Closer to User for Uniform User Experience and Increased Capacity Operator Deployed Relays Remote Radio heads User Deployed Repeaters User Deployed Femtocells Operator Deployed Pico cells The Next Significant Performance Leap Increasing spectral efficiency per coverage area 11

LTE Adv. Realizes Full Benefits of Advanced Topology Networks Intelligent Node Association Adaptive Resource Support for Allocation Relays Multicarrier (Spectrum Aggregation) Self-Organizing Networks (e.g. Minimization of Drive Tests) Coordinated Beamforming Advanced interference management techniques: Intelligent node association, adaptive resource allocation and coordinated beamforming. A network 12 with a mix of macro cells and low powered nodes such as femtos, picos and relays is also referred to as a heterogeneous network or HetNet.

LTE Adv. Realizes Full Benefits of Advanced Topology Networks Intelligent Node Association  Significantly higher network capacity  Improves cell edge user performance Adaptive Resource Support for Allocation Relays  Extends range of nodes  Better utilization of low power nodes  Ensures user fairness  Within and between nodes Multicarrier (Spectrum Aggregation)  Relays extend coverage and improve capacity without backhaul expense Self-Organizing Networks (e.g. Minimization of Drive Tests) Coordinated Beamforming 13

LTE Advanced Is The Global 4G solution The leading IMT-Advanced Candidate 2009 2010 2011 2012 Candidate Proposal Submitted (Oct 2009) Candidate Evaluation (2010) Candidate Acceptance (End of 2010) Standard Completion (1Q 2011) Examples of IMT-Advanced Requirements—LTE Advanced meets or exceeds High Data Capacity Wider Bandwidths Low Latency High Voice Capacity High average, edge and Leveraging wider peak spectral efficiency and scalable Low Latency, User High voice capacity (e.g. leveraging up to 4 bandwidths up to Plane /Transport ~40 Voice calls multiple antennas) 40 MHz Delay – 10 ms per MHz 14

LTE Advanced—The Global 4G Solution L Leverages Advanced Topology Networks Realizes full benefits of heterogeneous networks with macro, picocells, relays, femtocells T E Ultra Wide Deployments A Multicarrier aggregation 40 MHz to 100 MHz d v a Leading IMT-Advanced Candidate LTE Advanced is the global 4G solution n c e d Qualcomm: LTE Advanced Leadership Over-the-Air prototype test bed, design and standards leadership 15

Thank You 16

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HSPA+ and LTE Technology Development

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HSPA+ and LTE Technology Development — Presentation Transcript