3GPP - 4G Americas

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8 CONCLUSIONS ....................................................................................................................... 136 APPENDIX A: DETAILED VENDOR PROGRESS ON REL-99, REL-5, REL-6, REL-7, HSPA EVOLVED/HSPA+ & SAE/LTE ................................................................................................... 137 APPENDIX B: FURTHER INFORMATION ON WIRELESS DATA REVENUE ......................... 151 APPENDIX C: GLOBAL 3G STATUS UPDATE LIST / DECEMBER 31, 2008 ......................... 162 APPENDIX D: ACRONYM LIST ................................................................................................. 172 ACKNOWLEDGMENTS .............................................................................................................. 178 www.3GAmericas.org February 2009 Page 4
PREFACE The growing commercialization of Universal Mobile Telecommunications System (UMTS), also known as Wideband Code Division Multiple Access (WCDMA), has been the topic of an annual white paper by 3G Americas since 2003, when the focus was Third Generation Partnership Project (3GPP) Release ’99 (Rel-99). With the rapid progress of the evolutionary 3GPP roadmap from UMTS to High Speed Packet Access (HSPA), four additional “annual” papers were published by 3G Americas to provide the most current information on Rel-5 (2004 white paper), to Rel-6 (2005 white paper), to Rel-7 (2006 white paper), and then UMTS Evolution from Release 7 to Release 8 – HSPA and SAE/LTE was published in 2007 and updated in June 2008. This most recent paper provided a detailed discussion of the new Evolved EUTRA (E-UTRA) or Long Term Evolution (LTE) air-interface and Evolved Packet Core (EPC, formerly termed the SAE) as well as progress on HSPA+. Since it was published, 3GPP has been focused on completion of the EPC and LTE or E-UTRAN (E-UTRA refers to the air interface and E-EUTRAN refers to the radio access network, or more specifically, eNodeB) specifications in Rel-8, which is targeted for the first quarter of 2009. However, it should be noted that the Layer 1 specifications work by RAN1, which has the largest impact on long lead development items such as ASICs, has been mostly complete and stable since September 2008. Further, development efforts have been ongoing in parallel with the standards specification work, so the March 2009 completion date for Rel-8 is not delaying development work. The Rel-8 specifications include enhancements to the Evolved HSPA (i.e. HSPA+) technology, as well as the introduction of the EPS which consists of a flat-IP based all-packet core (SAE/EPC) coupled with a new OFDMA-based RAN (EUTRAN/LTE). This new 2009 paper, The Mobile Broadband Evolution: 3GPP Release 8 and Beyond provides detailed discussions on the HSPA+ enhancements in Rel-8 as well as the EPS, EPC and LTE architecture, features/capabilities and performance estimates. The paper also addresses 3GPP planning for Rel-9 and Rel-10 content which has already begun. In addition to further enhancements to Evolved HSPA or HSPA+, Rel-9 will be focused on features that enhance upon the Rel-8 EPC/LTE capabilities in areas such as location, emergency and broadcast services, support of CS over LTE, Home NodeB/eNodeB architecture considerations (i.e. support for femtocell type applications) and IMS evolution. Further, a new study item in 3GPP will define evolution of the LTE technology to meet IMT-Advanced requirements (called LTE-Advanced), at the same time as work is commencing on the above Rel-9 enhancements. 3GPP recognizes the need to develop a solution and specification to be submitted to the International Telecommunication Union (ITU) for meeting the IMT-Advanced requirements, and therefore, in parallel with Rel-9 work, 3GPP is working on the LTE-Advanced study item which is likely to define the bulk of the content for Rel-10. The white paper The Mobile Broadband Evolution: 3GPP Release 8 and Beyond includes discussion of Rel-10 and what requirements will officially define “4G” technologies with the significant new technology enhancements to EPC/LTE for meeting the very aggressive IMT-Advanced requirements. www.3GAmericas.org February 2009 Page 5
Page 1 and 2: Private and Confidential Not for Di
Page 3: 6.1 HSPA ENHANCEMENTS..............
Page 7 and 8: wireless data services with vastly
Page 9 and 10: which will add feature functionalit
Page 11 and 12: In November 2003, HSDPA was first d
Page 13 and 14: portable and personal multimedia se
Page 15 and 16: speeds to 592 Kbps compared to curr
Page 17 and 18: the service provider with the means
Page 19 and 20: enterprise and analysts’ predicti
Page 21 and 22: 4.2 WIRELESS DATA REVENUE Although
Page 23 and 24: One of the most rapidly growing dev
Page 25 and 26: While the mobile phone is by far th
Page 27 and 28: mobile adoption. 62 Michael Wolf, A
Page 29 and 30: Mobile location-based social networ
Page 31 and 32: Mobile TV, the Internet and locatio
Page 33 and 34: evenues in the UGC market and more
Page 35 and 36: from their favorite device.” 117
Page 37 and 38: ‘mashups’ VoIP over 3G also fit
Page 39 and 40: serving cell. Either carrier can be
Page 41 and 42: UE S5 LTE-Uu E-UTRAN UTRAN GERAN S1
Page 43 and 44: o Routing of User Plane data toward
Page 45 and 46: For supporting multiple PDNs, the s
Page 47 and 48: • S10: Serves as a reference poin
Page 49 and 50: 5.2.1.6 SYSTEM ASPECTS This section
Page 51 and 52: identities from GSM and UMTS as thi
Page 53 and 54: RRC (integrity/encryption) UP (encr
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HPLMN VPLMN UE HPLMN VPLMN UE “ L
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direction and Single Carrier Freque
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Transmission BW (MHz) Table 1. Typi
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136 Ibid. subcarrier s subcarrier s
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freq time Control Region Data Regio
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Table 3. UE Search Space Summary Se
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The DL Synchronization Channel is s
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n f mod 4 = 0 nf mod 4 5.2.2.1.6 LT
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DL User Throughput (kbps) Spectral
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Coverage [Probability (PER
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5.2.2.2.1 MAPPING BETWEEN TRANSPORT
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For the generic frame structure, th
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from a longer cyclic prefix and a l
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Figure 32. LTE VoIP capacity 5.2.2.
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The radio access protocol in the eN
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Figure 35. Conceptual depiction of
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Figure 38. Illustration of Space Ti
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5.2.2.4.2 MIMO STATUS IN 3GPP LTE S
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Cell Edge User Throughput (kbps) 16
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Mean User Throughput (kbps) Cell Ed
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Whether the performance improvement
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UE, a decrease in interference on t
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TS36.211 “Physical Channels and M
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• Security: the cable environment
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Single Radio VCC uses the IMS contr
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6 PLANNING FOR REL-9 AND REL-10: EP
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enhancements for local breakout and
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7.2 THE 3GPP ROLE Figure 50. Progre
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The goal of the IMT-Advanced requir
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7.4.2 PEAK SPECTRAL EFFICIENCY The
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7.4.6 MOBILITY The following classe
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7.4.8 VOIP CAPACITY VoIP capacity w
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• compatibility of services withi
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at RAN #45 (22-25 September 2009),
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WP 5D meetings 2008 2009 2010 No.1
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In August 2008, the ITU-R released
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3/08 3GPP 6/08 9/08 12/08 3/09 5/09
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In the case where the UE sends CSI
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Component carrier 7.7.3 SINGLE USER
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7.7.6 INTER-CELL INTERFERENCE COORD
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The LTE-Advanced demonstration used
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APPENDIX A: DETAILED VENDOR PROGRES
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framework that provides more predic
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Support for comprehensive policy ma
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Huawei’s strong R&D capabilities
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applications and solutions that ill
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dedicated to the development of pro
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then, the company has demonstrated
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APPENDIX B: FURTHER INFORMATION ON
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Wuh notes that many of the factors
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Practice noted, “Over the next fi
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amateur content (read: YouTube) was
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advertising had about half the reac
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Further Information on IP Multimedi
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Ecuador Movistar (Telefonica Movile
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Isle of Man Manx Telecom In Service
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Latvia LMT In Service Dec-04 EDGE I
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Senegal Orange Senegal In Service S
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Singapore MobileOne In Service Feb-
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CRC Cyclic Redundancy Check CS Circ
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MBMS Multimedia Broadcast/Multicast
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SIM Subscriber Identity Module SIMO
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3GPP - 4G Americas

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