5G is a giant leap Realize a scalable and latency aware network - SENECC
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Endless possibilities New technologies New business case New revolution Today 2020-25 Users 10M people +100M ‘things’ Speed 100 Mbps 100x faster Smart home Mobile gaming Latency >>10 ms 10x less Industry 4.0 Connected cars NW service Best effort for all Committed SLAs level Logical networks 1 Many (slices) Drones IoT wearables 2 © 2018 Nokia
Examples from 5G-trials Rakuten Smart Telia Self-driving cars eSports Industry 4.0 stadium experience Autonomous driving in Nokia • Gaming over 5G in • Monitoring factory remote unmanned delivery Espoo Campus shopping center assembly line – Telefonica robot operation • Innovation lab • Nokia Oulu Conscious drone-based identity Factory with Telia • Virtual football – Du verification • Nokia, ABB and Kalmar • Virtual reality penalty - 8K VR video streaming through conduct industry's first trial Megafon the utilization of a 5G network with ultra-reliable, low- latency 5G technology for electricity grid and harbor automation Intel MPT with Robotto 3 © 2018 Nokia
Densification for cost efficient capacity and coverage, indoors and Versatile portfolio for any deployment scenario outdoors Shopping malls Homes Small shops SOHO Medium and Apartments large enterprises Hotels Airports Stadium Urban hot spots Outdoor-in Deep rural villages Residential Femto 3G + 4G Enterprise Femto 3G + 4G AirScale Wi-Fi Indoor and Outdoor and integrated module 802.11ac Flexi Zone Pico 3G or 4G + Wi-Fi or LAA AirScale Indoor 2G+3G+4G+5G Flexi Zone Micro 3G or 4G AirScale Micro RRH 3G or 4G or 5G MiniMacro 3G or 4G MEC Wi-Fi, LTE and 5G 4 © 2018 Nokia
Mobility evolution Static beamforming – digital/analog beamforming - beam tracking Single beam Beamforming Beam tracking UE can move from one beam to another gNB UE gNB gNB Sector beam The gNB and test UE need to With beamforming UE can be Beam tracking is maintained for be aligned as there is single located anywhere in the cell connected UE bore sight beam coverage area 5 © 2018 Nokia
Tampere University 5G trial based on 3X option Hervanta premises Nokia SRN Tampere Finland LTE Flexi FRGY Outdoor 2100MH 5G System module, AEQN-Antenna S1c S6a MEC MME HSS S11 WebServer LTE Flexi FTP server VP VP • The Access Point Name (APN) X2 SGi N N AirScale SM SGW/PGW controls the end-point of user plane (UP) S1u CMG IP Sec • LTE capacity can be demonstrated with high quality video and large file download in MEC server • Internet traffic and voice calls are managed in centralized core in SRN • Voice traffic over the LTE and MEC and internet traffic over the 5G 6 © 2018 Nokia
Tampere University 5G trial based on 3X 5G option gNB LTE Flexi eNB • One ASIK + one ABIL configuration for one 1 sector sector with AEQD-antenna AEQA LTE RU • One ASIK + one ABIL = gNB • Only connectivity between 5G and LTE is SYNC CPRI 9.8 chaining AirScale (AMIA) • CPRI front haul connection towards RU ABIL ABIA • 1 / 10 GE interface towards backhaul ASIK ASIA • GNSS synchronization and synch chaining S1 (U/M) S1 (U/C/M) X2 (U/C) X2 (C/U) Site router / switch (Ethernet) MME S/P-GW Nokia Core EPC / Mini EPC in container 7 © 2018 Nokia
Overview of 5G Trial in the Hervanta campus The coverage area of 5G-cell The place of 5G-antenna 1 9 © 2018 Nokia
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