Security Level: Lo sviluppo del 5G: Evoluzione o rivoluzione? Quali sfide per l industria e le istituzioni Seminario AGCOM Roma, 29 Aprile 2017 Alessandro Casagni Director, Wireless Regulatory Policy EMEA Wireless Strategies & Business Development Dept.
Industrial Revolution Evolution AND Revolution 5G: key enabler of the 4 th Industrial Revolution 1 st 2 nd 3 rd 4 th 18 th Century 19 th Century 20 th Century 21 th Century Tipping Point Transformed Industries Steam Engine Electricity Computer Internet of Everything ALL Industries 2 Play an historic role in driving digitalization of vertical industries. Requiring long term strategic decisions 2017/3/29 2
RAN Huawei 2014 Rel-12 2015 Rel-13 Evolution AND Revolution Leveraging on one unified standard 2016 Rel-14 2017 2018 2019 2020 Rel-15 None-Standalone Phase1.1 NR First stage accelerated to meet early demands Phase1.2 Standalone NR 1 st Version for commercial use Rel-16 Phase2 Full IMT-2020 NR Version for all 5G scenarios 5G Global Launch 3 5G comprises: New Radio (NR) Evolution of LTE Advanced Pro NextGen Core Evolution of EPC 2017/3/29 3
5G Use Cases AR/VR and WTTx AR/VR market: huge potential by 2025 TV AR/VR $99bn $110bn Source: Goldman Sachs, AR&VR Report More speed/capacity required for AR/VR Normal experience: 48.94 Mbps 3960(pix) X 2160(pix); 60fps WTTx last-mile fiber in the air for households Households with Internet globally > 10Mbps 0.3 B < 10Mbps 0.4 B No Access 1 B Source: ITU 2015 ICT Facts Source: Huawei wireless X Labs Excellent experience: 1.29 Gbps 12000(pix) X 7800(pix); 120fps WTTx provides: Fiber-like experience Fast TTM & ROI 4 2017/3/29 4
5G Use Cases Verticals Cases Demands Connected cars Collision avoidance Platooning Traffic control See through Latency (*) 5~10 ms Reliability (*) >99.999% Smart Grids Drones Healthcare Monitor & control Grid self-recovery Latency 5~50ms Reliability Ultra-High Public safety Agriculture & forestry Infrastructure Latency 10~30ms Reliability High Remote surgery Latency 10~100ms Reliability High Factory Automation Robots communication & control Latency 10~100ms Reliability Ultra-High 5 (*) Collision avoidance application 2017/3/29 5
Innovation centers Today s focus Cross-industry exchange platform involving Mobile operators, Verticals, OTTs Exploration Innovation Ecosystem Europe USA Japan China Conncected cars Smart factory ehealth Video ehealth VR/AR Home applications Service Robots Drones Service robots 6 2017/3/29 6
Latency 7 1ms 10ms 100ms >1s Diversified service requirements Disaster alert Automotive ecall Sensors Autonomous car Real time gaming Diversified requirements Tactile internet AR VR Multi-person video call Bi-directional remote control Device remote control Personal cloud Office in cloud Mobile video <1Mbps 10Mbps 100Mbps >1Gbps data rate Source: GSMA & Huawei Wireless X Labs v MOBILE DATA VOLUME 1,000x 10Tb/s/km 2 AREA TRAFFIC CAPACITY (*) 10 Mbps/m 2 1-way LATENCY (radio link) (*) 1/5x 1ms (URLLC) 4ms (embb) RELIABILITY 99.999% SERVICE DEPLOY. TIME 1/1,000x 90 min. 99.99% 4G 350km/h 100x 10Gbps UL, 20Gbps DL (DL (UL) user ubiquous experienced data rate: 100Mbps, ( 50 Mbps) MOBILITY (*) 1.4x 500km/h 1,000x 1M / km 2 (*) Draft Report M.[IMT-2020.TECH PERF REQ] completed by WP5D in Feb 17. submitted to ITU-R SG5 for final approval in Nov 17 2017/3/29 7 25ms SPECTRUM EFFICIENCY (*): 3x DL: 30bps/Hz UL: 15 bps/hz Impressive step forward (IMT-2020 technical performance requirements) 90 days 10Gb/s /km 2 1/10x 4.5G ENERGY EFFICIENCY 100Mbps 1K/km 2 5G PEAK DATA RATE (*) NUMBER OF CONNECTED DEVICES (*)
Enabling Technologies C-band M-MIMO Boosts Capacity with Affordable Complexity C-Band + M-MIMO boosts capacity with affordable complexity Cloud-native architecture for E2E Slicing 64T64R: 16+ Layers MU-BF Compatible with 2Rx R8/R9 UE 3.5GHz Massive MIMO 90cm RAN Transmission VR/AR Core 40cm 40kg Car/Energy 8 Downlink speed improvement (3.5GHz 100MHz, 1.8GHz 20MHz) ~5.7~8.4 x Smart Home 2017/3/29 8
Spectrum for 5G Super Data Layer embb embb, URLLC Wide coverage & deep indoor mmtc, High Frequencies To address specific use cases requiring extremely high data rates Medium Frequencies Coverage & capacity Layer Best compromise between capacity and coverage Low Frequencies Coverage Layer Wide and deep coverage Above 6GHz N x 100 MHz assignments 2100 / 2300 / 2600 / 3x00-4x00 MHz up to 100MHz assignments (contiguous when possible) Sub-700 / 700 / 800 / 900 / 1400 / 1800 MHz (up to 20MHz paired / unpaired) 9 5G requires spectrum from the three layers in parallel. Each MNO will identify its specific most suitable combination of bands. 2017/3/29 9
Challenges for Institutions and Industry Technology innovation Global unified standard, enable economies of scale Setup of ecosystems for Verticals Timely spectrum availability, starting from C-Band: 3400-3800 MHz Cross-industry regulation 10 2017/3/29 10
Thank You. Keep on Exploring Far and Wide On 5G journey Copyright 2016 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.