1. 1 3GPP TSG SA Chairman 3GPP TSG SA Chairman Stephen Hayes Stephen Hayes 3GPP presentation on Services Evolution Moscow, September 2008

2. 2 3GPP Directions Radio NetworkCore Network Faster Data rates Decreased Latency High Cell Edge Throughput Spectrum Flexibility Access independence for services Standardized multimedia services Mobility and IP interworking for all accesses FASTER Wider Scope

3. 3 Broadband FMC Any service Ranging from gaming to sports and live entertainment From high secure data communication to video chats Anywhere Ranging from the big cities to the countryside From the office desk to the great outdoors Any device Ranging from the mobile to the multimedia PC From the gaming console to the HDTV

4. 4 Broadband Accesses They come in many flavors xDSL Fiber (PON & P2P) Fiber/VDSL2 Fixed Wireless HSPA/LTE Satellite/Terrestrial Unlicensed (WiFi, etc) Others Cable (DOCSIS2 3) Fixed access Fixed/nomadic wireless Mobile access WCDMA/HSPA LTE CDMA2000 EVDO GSM/EDGE The borderline between fixed and mobile is getting less clear Mobile WiMax Others

5. 5 3GPP Approaches to FMC User Ids User profile security roaming Inter- Working CS/PSTN QoS policy control Basic Call Control Service logic APIs SIP/SDP Diameter chargi ng Multi Access Edge Transport Mobility Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Access inter- working functions RGW Wireline access Wireless access IMS/Common IMS Common Services Different Core Networks Multi-Access in EPC Common Services Common Core Network UMA (called GAN in 3GPP) Narrowband only

6. 6 Paths to Broadband Convergence Broadband Convergence using Common IMS Broadband Convergence Using Evolved Packet Core (EPC) EPC Transport Mobility Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Access inter- working functions RGW Wireline access Wireless access Standard Services & IMS Fixed Core Network Transport Mobility Core Functions: - IP session ctrl - Deep Packet Inspection - Security - Charging - Policy and Resource control RGW Wireline access Wireless access Mobile Core Network Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Wireless access Standard Services & IMS

7. 7 Paths to Broadband Convergence Broadband Convergence using Common IMS Broadband Convergence Using Evolved Packet Core (EPC) EPC Transport Mobility Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Access inter- working functions RGW Wireline access Wireless access Standard Services & IMS Fixed Core Network Transport Mobility Core Functions: - IP session ctrl - Deep Packet Inspection - Security - Charging - Policy and Resource control RGW Wireline access Wireless access Mobile Core Network Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Wireless access Standard Services & IMS

8. 8 IMS/Common IMS 19992000200120022003200420052006200720082009 UMTS (3G)HSPA DLHSPA ULLTE IMS developed as part of 3GPP Rel 5 as an application development environment –Encourage new applications to use environment –Greater operator policing than native SIP/SDP –Home control allowing customization IMS retargeted in Rel 7 for telephony replacement –Standardized multimedia suite developed –Optimizations to improve performance –Access independence Common IMS specified in Rel 8 –Integration of IMS variants and requirements from 3GPP2, TISPAN, and Cablelabs IMSMMTelCommon IMS

9. 9 IMS/Common IMS IMS –Session Control based on SIP/SDP –Authentication/Authorization based on Diameter –Extensions for Operator Needs Resource Control/QoS Charging Security and Identification Roaming Regulatory (emergency call, lawful intercept,etc.) –Access Independent –Standardized Multimedia Suite Defined in 3GPP –Many operators have already deployed IMS for FMC Common IMS –Extensions to IMS to meet requirements of different industry segments Regulatory Legacy Different Business Models

10. 10 Multimedia Telephony Service Multiple Simultaneous Media Streams –Voice –Text –Video –File Transfer –Video/Photo/Audio Sharing Multimedia analogs of traditional PSTN supplementary services –Originating Identification Presentation (OIP) –Originating Identification Restriction (OIR) –Terminating Identification Presentation (TIP) –Terminating Identification Restriction (TIR) –Malicious Communication IDentification (MCID) –Anonymous Communication Rejection (ACR) –Communication Diversion (CDIV) –Communication Waiting (CW) –Communication Hold (HOLD) –Communication Barring (CB) –Completion of Communications to Busy Subscriber (CCBS) –Message Waiting Indication (MWI) –Conference (CONF) –Advice Of Charge (AOC) –Explicit Communication Transfer (ECT) –Reverse charging –Closed User Group (CUG) –Three-Party (3PTY)

11. 11 But what if you need? Session Continuity Mobility for non IMS applications Common IP level services –Filtering –Deep Packet Inspection –Firewall Common Management

12. 12 Paths to Broadband Convergence Broadband Convergence using Common IMS Broadband Convergence Using Evolved Packet Core (EPC) EPC Transport Mobility Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Access inter- working functions RGW Wireline access Wireless access Standard Services & IMS Fixed Core Network Transport Mobility Core Functions: - IP session ctrl - Deep Packet Inspection - Security - Charging - Policy and Resource control RGW Wireline access Wireless access Mobile Core Network Core Functions: - IP session ctrl - Mobility support - Deep Packet Inspection - Security - Charging - Policy and Resource control Wireless access Standard Services & IMS

13. 13 Examples of non-IMS apps Multimedia Broadcast Messaging Service (MBMS) High Quality Audio Packet Streaming

14. 14 Evolved Packet Core (EPC) IP Based Core Network Flat structure IETF and GTP based mobility Supports both 3GPP and non-3GPP Accesses Policy Control Optimized for packet based multimedia

15. 15 Convergence Using EPC Evolved Packet Core Wireline Access Wireless Access Partner services Firewall/Security services Content/Service filtering QoS and Bandwidth mgmt IP level service control Uniform service/QoS treatment Across accesses and devices Friends house Roaming partner Operator Services (e.g. IPTV, VoIP,....) Mobility and ubiquity adds value to all services Individualizing all services Consistent experience across accesses and devices Bundling different fixed, fixed wireless and mobile subscriptions Access and device awareness default (per bundle) individualized Internet Charging

16. 16 3GPP Evolved Packet Core (EPC) Generic model for access interworking (simplified) SGi PCRF Gx HSS Operator's IP Services (e.g. IMS, PSS etc.) SWx - S6b Rx PDN Gateway 3GPP AAA Server PMIP Non-3GPP IP Access Gxc S5 S6a 3GPP Access Serving Gateway Mobility, connectivity, IP address allocation Policy and resource control Authentication, Authorization 3GPP2 access (part of 3GPP R8) WiMAX access (part of 3GPP R8) WiFi access (part of 3GPP R8) xDSL access Fiber access Integration point Overall capability: - Multi-access mobility for roaming - Advanced charging

17. 17 3GPP Access Onion GPRS Access HSPA Access LTE Access CDMA 2000 Access WiMax Access NGN (TISPAN) Access WiFi Access Cable Access GPRS Packet Core Evolved Packet Core (EPC) Common IMS xDSL Access Integration at different levels Fiber Access

18. 18 Summary 3GPP is committed to Mobile Broadband 3GPP is committed to FMC Two complementary paths to broadband FMC –Common Service Platform (Common IMS) –Multi-Access Packet Core (EPC)

19. 19 Thanks for your attention ! More information at www.3gpp.org