DL - 4G Americas

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A well-managed charging experience keeps pre- and post-paid subscribers fully aware of their usage to avoid any potential bill shock. Openwave Passport, Smart Policy Edition helps carrier customers not only track usage against data quotas and inform subscribers on their usage, it but also enables them to buy access to data quotas as needed, through an intuitive interface. The growth in data subscriptions and in the app business is reflected in the volume of data being transported by mobile networks. Openwave Passport helps manage the traffic in an application-aware manner in coordination with policies defined in PCC infrastructure. Further, the network traffic mix can be monitored and analyzed using Openwave Analytics to plan for network expansion and service structuring. In addition, Openwave Analytics provides marketing insights for measuring the effectiveness of service structuring and also enables integration into ecosystem for personalization of mobile web experiences. The growing richness of the mobile Internet entails heavier web pages more video content. Openwave’s Web Optimizer and Media Optimizer are intelligent, content-aware solutions that work to automatically trigger optimization when the network reaches pre-determined thresholds. Openwave Media Optimizer enables the ability to intelligently analyze and implement network optimization based on real-time network conditions. This in-network intelligence capability is expected to significantly lower operator’s total cost of ownership (TCO) by reducing transmission requirements up to 40 percent when required by network conditions. Openwave Web Optimizer uses compression, caching and transcoding techniques to increase data transfer rates over 3GPP Rel-8 and beyond wireless data networks while decreasing the amount of traffic flowing over the network. It delivers faster browsing speeds and more immediate access to content while conserving valuable bandwidth. Qualcomm Incorporated is the leader in next-generation mobile technologies, developing some of the industry’s most advanced chipsets, software and services. The Company’s R&D efforts and intellectual property portfolio in the areas of UMTS-HSPA and LTE have catalyzed the evolution of mobile broadband, helping to make wireless devices and services more personal, affordable and accessible to people everywhere. Qualcomm is committed to HSPA+ and LTE and is a leader in both standards development and chipset commercialization of 3GPP technologies. Qualcomm’s contributions to the advancement of HSPA+ and LTE are reflected in a variety of key industry milestones, including: � The industry’s first HSPA+ Rel-7 chipset was launched early 2009. Qualcomm’s introduction of the MDM8200 chipset set the stage for HSPA+ Rel-7 network trials in 2008, as well as Qualcomm’s collaboration with Telstra in launching the world’s first HSPA+ network in early 2009. � The first single-chip 45nm multi-mode HSPA+ Rel-7/EV-DO Rev. B chipset announced November 2007 � The dual-core, multi-mode QSC7630 for HSPA+ and EV-DO Rev. B features multi-band RF transceiver supporting all frequency bands worldwide and support for third-party operating systems in a single 12X12 package. � The world’s first data call using HSPA+ in July 2008. In mid-2008, Qualcomm completes the world's first data call using HSPA+ Rel-7. The call, made on Qualcomm’s MDM8200 product, achieves a data transfer rate of more than 20 Mbps in a 5 MHz channel. www.4gamericas.org February 2011 Page 108
� The industry’s first dual-carrier HSPA+ chipset was launched in August 2010. In February 2009, the Company announced both a data-optimized chipset (MDM8220) and handsetoptimized chipset (MSM8270) to support HSPA+ Rel-8 and the multicarrier feature with 42 Mbps peak data rates, launched in August 2010. � The first multi-mode 3G/LTE chipsets sampled in November 2009. These chipsets support both LTE FDD and LTE TDD including integrated support for Rel-8 DC-HSPA+ and EV-DO Rev B – helping to provide the user with a seamless mobile broadband experience. Qualcomm also continues to serve as a leading contributor to 3GPP for LTE/SAE performance and is a leader in several LTE standards areas, including: � Significant contributions to key LTE-Advanced features including multicarrier, self-organizing network, relay and waveform � Major contributions to the ITU on the IMT-Advanced submission o Qualcomm is the company to show results satisfying IMT-Advanced requirements for single point transmission results � LTE Heterogeneous network work item approved in Rel-10 o Focus on co-channel heterogeneous network scenarios (March 2010) — supported by 32 companies Research In Motion (RIM), is the designer and manufacturer of the award-winning BlackBerry® smartphone, used by millions of people around the world. The company also creates software for businesses and the operating system that allows the BlackBerry smartphone to provide mobile access to email, IM, apps, media files, the Internet and more. Founded in 1984 and based in Waterloo, Ontario, RIM operates offices in North America, Europe, Asia Pacific and Latin America. RIM is listed on the NASDAQ Stock Market (NASDAQ: RIMM) and the Toronto Stock Exchange (TSX: RIM). RIM works with over 575 carrier and distribution partners worldwide in over 175 countries. RIM is an endto-end player in wireless technology – manufacturing handsets, providing software and middleware, providing the Network Operating Center (NOC) and accessories. � 2010: RIM has first successful field trial of EEDGE product – Rel-7 � September 2009: RIM trials world’s first R7 GERAN Evolved EDGE prototype – Rel-7 � November 2008: RIM released Storm1 – Rel-5 � Storm2 supports HSUPA – October 2009) Rel-6 � July 2008: RIM released the first HSDPA capable device – the Bold 9000 with HSDPA – Rel-5 (cat 5/6) T-Mobile USA, Inc., the U.S. wireless operation of Deutsche Telekom AG, provides high speed wireless access to approximately 33.7 million mobile customers as of the end of the third quarter of 2010. Utilizing technology based on GSM, UMTS and HSPA, T-Mobile USA’s innovative wireless products and services help empower people to connect to those who matter most. www.4gamericas.org February 2011 Page 109
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www.4gamericas.org February 2011 Pa
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7.3.1 Home NodeB/eNodeB enhancement
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D.2 TARGET REQUIREMENTS FOR 3GPP LT
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downlink throughput of up to 21 Mbp
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eceivers. Examples of advanced rece
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1 INTRODUCTION Wireless data usage
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2 PROGRESS OF RELEASE 99, RELEASE 5
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HSDPA network in February, followed
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download speeds of up to 8 Mbps aim
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Since around 2005, some research fi
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As operators evolve their networks
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One of key elements of the LTE/SAE
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In 2008, a top vendor unveiled the
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3 PLANS FOR RELEASE 9 AND RELEASE 1
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4 THE GROWING DEMANDS FOR WIRELESS
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to address network congestion issue
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U.S. This represents a 151 percent
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accounted for 12 percent of total r
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various mobile data services have o
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devices to turn them into full-fled
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spectrum for mobile broadband use.
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MME S1-MME S11 eNode IP GW S1-U Fig
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Figure 5.2. Example of Semi-Persist
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ideas for potential technologies an
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6.2 THE 3GPP ROLE Figure 6.1. Progr
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7 STATUS OF RELEASE 10: HSPA+ ENHAN
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Figure 7.2. An Illustration of NxDF
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LTE-Advanced will extend the downli
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Page 59 and 60: to in 3GPP. 117 The simulation scen
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Page 63 and 64: enables the base station to schedul
Page 65 and 66: These two advantages are illustrate
Page 67 and 68: Local IP Access provides access for
Page 69 and 70: 7.3.3 FIXED MOBILE CONVERGENCE ENHA
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Page 81 and 82: optimized proprietary receiver tran
Page 83 and 84: 8.2.1.3 DL COMP In terms of downlin
Page 85 and 86: 8.2.2 CARRIER AGGREGATION Figure 8.
Page 87 and 88: 2-TX antennas Figure 8.5. Uplink Du
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Page 93 and 94: 8.4.7 FIXED MOBILE CONVERGENCE The
Page 95 and 96: 9 CONCLUSIONS Wireless data usage c
Page 97 and 98: Communications Research demo lab in
Page 99 and 100: increases through load balancing an
Page 101 and 102: support the most heavily loaded and
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Page 111 and 112: APPENDIX B: UPDATE OF RELEASE 9 STA
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Page 115 and 116: B.2.1.4 PDN GW SELECTION FUNCTION (
Page 117 and 118: The subscribers of participating CM
Page 119 and 120: 3GPP TS 29.168. Cell Broadcast Cent
Page 121 and 122: � Gateway Mobile Location Center
Page 123 and 124: CELL ID METHOD This is the simplest
Page 125 and 126: Figure B.4. 1xRTT CSFB Architecture
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Page 129 and 130: o Includes concurrent 1xRTT and HRP
Page 131 and 132: MBMS GW One or more MBMS GW functio
Page 133 and 134: Figure B.7. Phases of MBMS Broadcas
Page 135 and 136: B.2.6 SELF‐ORGANIZING NETWORKS (S
Page 137 and 138: cross-talk suppression. The downlin
Page 139 and 140: eNodeB solutions. Rel-8 defined the
Page 141 and 142: UE HeNB LTE-Uu C1 (OMA DM /OTA) S1
Page 143 and 144: Server. The latter capability allow
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Page 147 and 148: Table C.2. Cell Edge User Spectral
Page 149 and 150: C.1.7 HANDOVER The handover interru
Page 151 and 152: APPENDIX D: LTE‐ADVANCED AND SELF
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Page 155 and 156: d) To develop documents that will s
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Uplink peak spectrum efficiency •
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Cell‐average and Cell‐edge spec
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Cell‐average and Cell‐edge spec
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Antenna configuration (C) VoIP resu
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APPENDIX F: THE ITU‐R IMT‐ADVAN
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ITU-R Outside ITU-R Step 1 Circular
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APPENDIX G: GLOBAL HSPA & HSPA+ DEP
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Africa Réunion SFR Reunion In Serv
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Latin America & Caribbean Jamaica C
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Asia Pacific Malaysia DiGi (Telenor
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Eastern Europe Czech Republic Mobil
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Eastern Europe Slovenia T‐2 In De
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Western Europe Liechtenstein mobilk
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US/Canada Canada Bell Wireless Affi
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Latin America Colombia UNE Planned
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Eastern Europe Armenia Orange Armen
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Western Europe Andorra STA Planned
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Middle East Saudi Arabia Etihad Eti
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C/I Carrier to Interference Ratio (
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FER Frame Erasure Rate FFR Fraction
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LI Lawful Intercept LIPA Local Inte
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PHICH Physical Hybrid ARQ Indicator
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TAU Target Acquisition and tracking
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ACKNOWLEDGMENTS The mission of 4G A
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DL - 4G Americas

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