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Headlines 3GPP will expand the LTE platform for new services, while improving its efficiency to meet the mobile broadband demand 3GPP 5G is not only a new radio interface, but a full system, integrating LTE and NR radio access technologies with a 5G Core Network Initially some of the use cases will be fulfilled by LTE, but the aim is to eventually fulfil all the requirements with NR From Release 15 onwards, the 3GPP specifications (LTE, NR and Core Network) will be marked “5G”

Partnership (1/2) Organizational Partners (SDOs) ARIB (Japan) ATIS (USA) CCSA (China) ETSI (Europe) TTA (Korea) TTC (Japan) TSDSI (India)

Partnership 2/2 Market Representative Partners 17 Market partners representing the broader industry: 5G Americas, 5G Automotive Association (5GAA), 5G Infrastructure Association, COAI (India), CTIA, GCF, GSA, GSMA, IPV6 Forum, MDG (formerly CDG), NGMN Alliance, Public Safety Communication Europe (PSCE) Forum, Small Cell Forum, TCCA, TD Industry Alliance, TD-Forum, Wireless Broadband Alliance

The 3GPP Eco-system ITU-R/T EU Japan Korea China India Cross reference Reference to 3GPP specs SDO Partners govern the project & transpose 3GPP specs locally Cross reference Direct Requirements Japan EU Korea China North America 3GPP Market Partners Terminal certification based on 3GPP specs India Requirements via Member contributions 5G Projects

3GPP Facts and Figures Approved CRs per year per Release ~400 Companies from 39 Countries 50.000 delegate days per year 40.000 documents per year 1.200 specs per Release New Release every ~18 months R99 R4 R5 R6 R7 R8 R9 R10 R11 R12 R13 R14 Approved CRs per year per Release

TSG CT Core Network & Terminals TSG SA Service & Systems Aspects Project Coordination Group (PCG) TSG RAN Radio Access Network RAN WG1 Radio Layer 1 spec RAN WG2 Radio Layer 2 spec Radio Layer 3 RR spec RAN WG3  lub spec, lur spec, lu spec UTRAN O&M requirements RAN WG4 Radio Performance Protocol aspects RAN WG5 Mobile Terminal Conformance Testing RAN WG6 GSM EDGE Radio Access Network TSG CT Core Network & Terminals CT WG1 MM/CC/SM (lu) CT WG3 Interworking with external networks CT WG4 MAP/GTP/BCH/SS  CT WG6 Smart Card Application Aspects TSG SA Service & Systems Aspects  SA WG1  Services SA WG2 Architecture SA WG3 Security  SA WG4 Codec SA WG5 Telecom Management SA WG6 Mission-critical applications

Whole System Approach Radio Interfaces The Core network Services More IMS applications Greater session continuity Higher data throughput Lower latency More spectrum flexibility Improved CAPEX and OPEX All-IP network Improved security Support of non-3GPP accesses Greater device diversity Legacy Interworking

5G Phase 1 Scenarios for 5G CN + NG NR 5G deployments Support 5G CN standards; or Support NG NR; or Support both Migration: devices in one scenario to operate properly in other scenarios. Scenarios do not introduce any incompatibility or market fragmentation.

5G timeline Non-standalone 5G Uses LTE core and LTE radio anchor with a 5G small cell Mobile BroadBand capacity boost Standalone 5G Uses 5G core and 5G radio anchor 5G overlay Expansion of the wireless ecosystem

5G Serves New Verticals Since 3GPP was founded (1998), member companies have sought to offer new applications and services via data services of mobile telecommunications. 5G expands offerings by specializing radio and network capabilities, exposing them. Enhanced Mobile Broadband Massive Internet of Things Ultra-Reliable & Low Latency GSM, GPRS and EPS offer data services by means of a general purpose mechanism.

Stage 1 Requirements 5G Requirements approved March 2016 include Specialization via Network Slicing, Diverse Mobility Management, expanded QoS and Policy control, Exposure of capabilities Efficiency via a common core for multiple accesses (fixed, mobile/terrestrial [LTE, NG NR and more], satellite), optimized signalling, traffic steering, content delivery features, energy use optimization, Radio related improvements via Self Backhauling, Flexible Multicast/Broadcast service, Long Range in Rural Areas, and support for service improvements Service improvements via Higher Data Rates, Supporting Higher Speeds, Low Latency, High Reliability, High Accuracy Positioning, Security Features Specific targeted services Vehicle to Everything, Industrial Automation, Tactile Internet, UHD Video, …

5G Architecture WID Objectives

Other Key Aspects of 5G Security and Privacy, support includes Secure virtualized and exposed Network Functions Secure service-based interfaces between network functions Single security anchor for all access networks ETSI SCP Smart Secure Platform (SSP) Unified authentication framework Management Orchestration for network slicing Virtual Network functions that are part of NR Management and orchestration of 5G CN (including NFV aspects)

For more Information: info@3gpp.org www.3gpp.org Search for WIDs at http://www.3gpp.org/specifications/work-plan and http://www.3gpp.org/ftp/Information/WORK_PLAN/ (See excel sheet)