1、,Steps Further to 5G Commercialization,Key Scenarios to be Addressed throughout the Multiple Stages of 5G Development,Towards a Variety of Devices Serving Specialized Purposes (e.g. VR/AR, Connected Car),Voice,Internet Multimedia Health,Message,5G,To be Distributed, Software-based and Unifying Multi
2、-RAT,3G Access,4G Access,Non-3GPP Access,Internet,3G Core,4G Core,ePDG,4G Access,5G Access,Non-3GPP Access,Internet,5G Core,5G Core,Internet,5G Candidate Frequency Bands at ITU WRC-15 (Nov. 2015),5G Frequency Allocation Status,* 5G UMFUS band (3.85GHz of licensed spectrum),Globalized standardization
3、 operation with more than 100 technical experts in,China: RAN1(physical layer), RAN3(network signaling), and RAN4(performance/RF) Korea: Overall RAN, SA, CT standardization operations US: RAN1(physical layer) , SA2(architecture),- India: RAN2(protocol), SA3(security), SA6(mission critical applicatio
4、ns),- UK: SA(service and systems aspects), CT1(core network and terminals), RAN2(protocol),Erik Guttman SA Chair,Suresh Chitturi SA Vice Chair,Xutao Zhou RAN4 Chair,UK,India,China,Rapporteur Samsung,Editors Samsung 5G NR specifications and LTE specification TS38.213 - NR Physical layer procedures fo
5、r control channels (RAN1) TS38.321 - NR Medium Access Control (MAC) protocol (RAN2) TS38.475 - NR F1 interface user plane protocol (RAN3) TS36.331 - E-UTRA Radio Resource Control (RRC) protocol (RAN2),10 LTE-A Pro Work Items or Study Items & 3 NR Phase II Study Items New WID on Even further enhanced
6、 MTC for LTE New Study Item: Study on Non-orthogonal Multiple Access for NR,Sa msungs Innovation,2013 - 2014 Base Station Mobile Station, Worlds st mmWa,川,igh Speed Test,14.10.15),1.2Gbps at lOOkm/hr,7.5 Gbps at Stationary,2015,Avg. 1.7Gbps at 2Skm/hr,： 陪MIMO wi川,削,ve Antenna Tech. ,(Su b 6G Hz),q11
7、 也,E自F,2016 3.7Gbps peak using live commercial backbone NW,，、.帽m凰 ” 副11圃, 国,Samsung Deli1阳rs on Gigabit Wireless Promise of SG,SG End-to-End,叫,ucts,(Commercial) IEmm,mmWave RF,8,Legacy Bands,3 GHz,18 27 30 GHz,700 MHz,New Bands,mmWave RFIC,Wide Coverage Antenna, 6 GHz System/RFIC/Ant.,New Channel Co
8、ding,Network Slicing, 6 GHz Massive MIMO Half -Wavelength,Massive Connectivity (IoT),Low Latency NW,Grant-Free Multiple Access,Grant-based Multiple Access,eNB,UE,34 Step,1 Step eNB,UE, Radio Information, TCP Rate Control,Server,Mobile,Data BS,LDPC (Low-Density Parity-Check ),FWA (Fixed Wireless Acc
9、ess) as First SG Appl ication, Home Security,SG Access Unit,Appliances,10,IMT-2020 Phase-I Tech Trial (Aug., 2016),- 3.5G Key technology and mmWave indoor verification - Certification from MIIT at PT/EXPO CHINA 2016,IMT-2020 Phase-II Tech Trial (2017),China IMT-2020 Phase-II Tech Trial 5 sites in Hu
10、airou to verify eMBB, eMMTC and mmWave 400m,260m,570m,370m,260m,Main Site,CMCC Phase-II Field Trial (2017)Will attend CMCC mmWave 5G technology trial Will attend CMCC sub-6G Phase-II field trial,CMCC Phase-I Tech Trial (Aug., 2016) CMCC 5G Innovation Center joining and MoU in 2016 CMCC 5G Phase-I te
11、ch trial,5G,5G,5G,0 1 2,3,4,5,6,7,20,80,10,Handover Test with SKT (Sept., 2016),Pyeongchang Spec. 1st Call with KT (Oct., 2016),Trial with Docomo (Nov., 2016, Fuji Speedway),Trial with KDDI (Feb., 2017, Tokyo),Base Station,Mobile Station,Beam tracking,Vehicle,Vehicle travelling over 150km/h,http:/ww
12、w.japantimes.co.jp/news/2017/03/12/business/tech/blazing-speeds-better- connectivity-next-generation-5g-network-may-lay-foundation-future/#.WNicelXyhhE,http:/ achieve-2-5-gbps-at-150-kmh/,* Verizon, “Verizon Trials Driving 5G Ecosystem” (https:/youtu.be/XFjmrzw-9EM),http:/ Basking Ridge, NJ,Trial wi
13、th Verizon (Feb., 2016, New Jersey),Verizon Press Release (Feb., 2017),Samsung is leading 5G innovation, standardization an product development,Samsung is working on the 5G Field Trials in different regionsSamsung is also innovating the new 5G applications to drive the steps further to 5G commercialization,Thank you,
