Future X Network for 5G and IoT

Size: px

Start display at page:

Download "Future X Network for 5G and IoT"

Eustace Oliver
6 years ago
Views:

1 Future X Network for 5G and IoT Dr. (Bong Youl) Brian Cho, 趙奉烈 Head of Technology for APAC & Japan 1 Nokia 2017

2 150 years of successful reinvention Pulp, Paper, Launched Networks transformation plan Launched Created Alcatel-Lucent Nokia Shift Plan Technologies Launched Nokia OZO Completed Alcatel-Lucent Shift Plan Rubber boots, Early Bell System, Mobile phones Acquired Motorola Solutions wireless networks Sold Devices & Services Acquired Alcatel-Lucent Acquired Withings 2 Nokia 2017

3 Comprehensive portfolio and expertise Mobile Networks Fixed Networks IP / Optical Networks Applications & Analytics Global Services Nokia Technologies Nokia Bell Labs 3 Nokia 2017

5G for embb, mmtc, URLLC, and more Capacity >10 Gbps peak data rates 100 Mbps whenever needed 1,000,000 devices per km 2 Extreme Mobile Broadband 10 000 x more traffic <1 ms radio latency Latency

4 5G for embb, mmtc, URLLC, and more Capacity >10 Gbps peak data rates 100 Mbps whenever needed 1,000,000 devices per km 2 Extreme Mobile Broadband x more traffic <1 ms radio latency Latency Ultra low cost for massive machine coms. Connectivity 10 years on battery Massive machine communication Critical machine communication Ultra reliability < 10-5 E2E outage Zero mobility interruption Reliability 4 Nokia 2017

5 Bandwidth matters GB/User/Mo 490 ~5x GB/User/Mo 5,903 ~60x VR/AR We are here , GB/user/Month UHD & Unicast Nokia 2017

6 ICP cloud Core cloud Edge cloud Latency matters High-Frequency trading 0.25 Service latency requirements (in ms) Light propagation Electric grid control Autonomous vehicles vran Vestibulo-ocular reflex Haptic VR & tele-operation Cloud-assisted driving We are here (km) BW-efficient 360 video Hi-Res cloud gaming Sprint start RTT (ms) 4K video streaming Max tolerable networking delay VoIP/video conferencing Web page load IM chat & bots Max application delay for processing Human response times (for reference) 6 Nokia 2017

1Mbps 100kbps 10kbps People & Things Sensors HD Video streaming Comms & Chatbots Cloud-assisted driving Remote control vehicles

7 Bandwidth Bandwidth & Latency matter 10Gbps Video 360 video (free viewpoint) Cloud RAN 360 VR/AR VR/AR 1Gbps 360 video (hi-res) Autonomous vehicles 100Mbps 10Mbps 360 video (lo-res) Remote training We are 4k here Video streaming Haptic VR Virtual RAN 1Mbps 100kbps 10kbps People & Things Sensors HD Video streaming Comms & Chatbots Cloud-assisted driving Remote control vehicles Electric grid control System Control 7 Nokia kbps Home Sensors 10s 1s 100ms 10ms 1ms 100us 10us Latency Core Cloud Edge Cloud

IoT (Internet of Things) Humanity s long standing dream Suppose every instrument could by command or anticipation of need, execute its function on its own; suppose that spindles 1 could weave of

8 IoT (Internet of Things) Humanity s long standing dream Suppose every instrument could by command or anticipation of need, execute its function on its own; suppose that spindles 1 could weave of their own accord and plectra 2 strike the strings of zithers 3 by themselves; then craftsmen would have no need of hand-work and masters have no need of slaves. 想像してみようあらゆる道具が必要性から来る指示や予測に基づいて自身の機能を実行することが出来たなら想像してみようはたおり軸がひとりでに動いて美しい織物を織ったならチター ( 弦楽器 ) の弦をピックが自分の意思でつま弾いたならもはや職人が手作業でものを作る必要はなく主人に奴隷は無用のものとなるであろう Aristotle ( BC) 1 a rod used in hand spinning to twist and wind thread from a mass of wool. 2 thin flat pieces of material to pluck the strings of a musical instrument. 3 a musical instrument consisting of a flat wooden sound box with numerous strings stretched across it, placed horizontally and played with the fingers and a plectrum. 8 Nokia 2017

LTE LTE V2N Edge cloud (MEC) Backend LTE V2P LTE V2N LTE V2I LTE MEC

9 Connectivity: leveraging LTE for robust V2X communications on the way to 5G Parking house NB-IoT Traffic lights, road side infrastructure LTE LTE V2N Edge cloud (MEC) Backend LTE V2P LTE V2N LTE V2I LTE MEC V2V / embms LTE V2V 9 Nokia 2017 Local sensors Local sensors Local sensors

10 Quick Technical Comparison 10 Nokia 2017

V2X use case demonstrations in Germany and China Cross industry Nokia Multi-Access Edge Computing installed in LTE networks Robust latency below 20ms Nov. 2015 June 2016 Nov.

11 V2X use case demonstrations in Germany and China Cross industry Nokia Multi-Access Edge Computing installed in LTE networks Robust latency below 20ms Nov June 2016 Nov Use cases Cooperative passing assistant Electronic brake lights Use cases Intersection assistant Electronic brake light Use cases Cooperative passing assistant Electronic brake lights 11 Nokia 2017

12 Software & Sensors: riding the IoT wave for predictive maintenance, fleet management, and driver monitoring applications OTA firmware and application updates Vehicle speed, drive and idle time Geo-location & geo-fencing Remote engine diagnostics Fuel level and efficiency 12 Nokia 2017

13 Nokia End-to-End IoT portfolio from a helicopter view Applications IMPACT applications for selected use cases Ecosystem IoT Community and strategic partners Platform Connectivity CPE and devices IMPACT platform Application enablement Data collection & analytics Device management Connectivity management Cellular radio: NB-IoT, LTE-M, EC-GSM Unlicensed & home: LoRa, Wi-Fi, Zigbee, Z-wave Optimized IoT core, leveraging SDN/NFV MEC, Backhaul & FTTx Home hub (ONT) & enterprise gateway Partner devices & device certification services Withings digital health products Security Netguard Endpoint Security, Deepfield Analytics & Deep Knowledge Connect, Experience, Market, Automate Services Planning, readiness, design, integration 13 Nokia 2017

14 Network Operator s TCO challenge to be overcome by Cloudification Media Automotive Health Media Automotive Health Management layer Virtualization layer General-purpose Multi-purpose Hardware Silos of multiple heterogeneous networks One unified/cloudified network 14 Nokia 2017

Network Slicing Optimized service delivery for heterogeneous use cases Multiple independent instances on one physical network Network Services Health IoT case Automotive Smartphones / Tablets Mission

15 Network Slicing Optimized service delivery for heterogeneous use cases Multiple independent instances on one physical network Network Services Health IoT case Automotive Smartphones / Tablets Mission critical devices Common Network and Service orchestration Cloud Infrastructure and SDN The target of Network Slicing is to provide dedicated logical networks with customer specific functionality, without losing the economies of scale of a common infrastructure - Deutsche Telekom AG, White Paper Network slicing provides optimized software-defined network functions for specific use cases, governing capacity, scalability, security, connectivity, quality and mobility per slice. 15 Nokia 2017 Confidential

16 Nokia Future X Network a cloud based digital fabric Nokia 2017

17 Nokia Future X Network a cloud based digital fabric Mobile Networks 7 Industry leading wireless portfolio in existing technologies such as LTE and Single RAN and investing for leadership in Cloud RAN and 5G from the start Applications & Analytics Accelerating innovation, monetizing services, and perfecting customer experience IP/Optical Networks Optimizing network infrastructure for the cloud Fixed Networks Efficient solutions to deliver more bandwidth to more users Global Services Developing innovative services, solutions and multivendor capabilities around the mobile, fixed and IP networks and beyond 17 Nokia 2017

18 To expand the human possibilities of the connected world 18 Nokia 2017

The Future X Network. (and its critical role in new value creation) Marcus Weldon President of Bell Labs & CTO of Nokia.

The Future X Network. (and its critical role in new value creation) Marcus Weldon President of Bell Labs & CTO of Nokia. The Future X Network (and its critical role in new value creation) Marcus Weldon President of Bell Labs & CTO of Nokia 1 2017 Nokia The Simple Formula 1 + 1 + 1 = 11 11 + 111 2 Nokia 2017 The revolution