5G Impact: Remote Surgery Enabled via InterDigital s EdgeLink mmw Transport InterDigital, Inc. All Rights Reserved.

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Angela Perry
6 years ago
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1 5G Impact: Remote Surgery Enabled via InterDigital s EdgeLink mmw Transport

2 For over four decades, InterDigital has been a pioneer in mobile technology and a key contributor to global wireless standards. Buffalo, NY Melville, NY (R&D) Conshohocken, PA (R&D) Wilmington, DE (HQ) San Diego, CA (R&D) Montreal, QC (R&D) London (R&D) Seoul Since 2000, InterDigital has spent close to $1 billion on technology research and development. The company s activities are organized around the concept of the Living Network: a future where intelligent networks self-optimize to deliver service that is tailored to the content, context and connectivity of the user, device or need InterDigital, Inc. All rights reserved.

3 1. Impact of 5G 5G will change how we live, work, and interact 5G Vision centered on diversity Applications, devices, density / coverage, performance. Flexibility living network that adapts based on context, content, conditions. One size does not fit all. Services enabled by low-latency, high-throughput, and mission critical availability. Remote Surgery 2. 5G Enabling Technologies The 5G Transport Network 5G means more than a New Radio, New Access Network, and New Core What will 5G mean to the transport network? Overall 5G themes apply: flexible, adapt based on context, content, etc. InterDigital s Technology Crosshauling and mmw Wireless Transport 3. InterDigital s 5G Vision and Focus Please visit us in our booth to learn more. Hall 7, Stand 7C InterDigital, Inc. All rights reserved.

4 5G: The Most Diverse in Any Generation! 4G purposed mainly for VIDEO IMT G purposed for embb, mmtc, and URLLC Massive Machine Type Communications (mmtc) Low data rates (1 to 100 kbps) High device density (up to 1,000,000/km 2 ) Latency: seconds to hours Low power: up to 15 years battery life Source: ITU-R SG5 WP-5D Enhanced Mobile Broadband (embb) Peak data rates: 20 Gbps (DL) and 10 Gbps (UL) Peak spectral efficiency: 30bps/Hz (DL) and 15bps/Hz (UL) Indoor/hotspot and enhanced widearea coverage Ultra-Reliable and Low Latency Communications (URLLC) 0.5 ms user plane latency % reliability and availability within 1 ms High mobility

5 5G: Application End-to-End Latency Requirements Indoor Geolocation High Speed Trading Vehicle Motion Control (autonomous cars / drones) Connected Collaboration Skype Streaming VR 3D Tele-Rehabilitation Human Robotic Control Haptic Tele-surgery Webcam Internal Latency Web 100 nsec 1µsec 10µsec 100µsec 1msec 10 msec 100 msec 1 sec 10 sec Digital Human Response Tolerance Annoying 5G 4G

5G Use Case - Ultra-Reliable Low-Latency Communication: Virtual, real-world interaction Low-latency within human perception tolerances

6 Remote Surgery 5G Use Case Definition: Surgical tasks are directly performed by a robotic system controlled by the surgeon at the remote site. 5G Use Case - Ultra-Reliable Low-Latency Communication: Virtual, real-world interaction Low-latency within human perception tolerances High throughput Live HD / 3D Video Mission critical, ultra-high availability Benefits: Access to surgical expertise, even at remote locations Faster post-operative recovery with reduced pain and discomfort Enhanced surgical dexterity, precision, and visualization

importance of low-latency, high data rate, and

data is carried over InterDigital s EdgeLink

the demanding requirements of 5G traffic Let s

Two players compete in an entertaining game of

7 Live Remote Surgery Demo: 4G vs. 5G A game developed for MWC to illustrate the importance of low-latency, high data rate, and ultrareliable communications 5G remote surgery data is carried over InterDigital s EdgeLink platform and Crosshaul technology that support the demanding requirements of 5G traffic Let s have some fun! Two players compete in an entertaining game of remote surgery one player with a 5G connection and a second player with a 4G connection

8 InterDigital Live Remote Surgery Game

Transport Network Evolution 2G/3G 4G LTE 5G Connectionoriented Packetized All-IP Flexible Advanced-IP Voice and Limited Data Up to 2 Mbps Cell Capacity Mobile Broadband 100 Mbps Cell Capacity

9 Transport Network Evolution 2G/3G 4G LTE 5G Connectionoriented Packetized All-IP Flexible Advanced-IP Voice and Limited Data Up to 2 Mbps Cell Capacity Mobile Broadband 100 Mbps Cell Capacity Connected Everything 10+ Gbps Cell Capacity Diverse Traffic Profiles Macro Based Dedicated wired & P2P wireless Hierarchical with Small Cell Layer being added Dense Heterogeneous Networks Virtual / Cloud-RAN Transport Innovation is driven by a combination of Service and Architecture Requirements

10 Crosshaul for the 5G Transport Network Today s 4G Cloud-RAN mobile transport network will not scale into 5G to support additional spectrum and antennas Separated fronthaul and backhaul management adds complexity and cost C-RAN functional splits are fixed and static 5G-Crosshaul will support diverse 5G traffic types and support integrated fronthaul and backhaul Unified management built on SDN frameworks Wireless and wired transport for dense network edge connections, with path diversity for high reliability 5G-Crosshaul: Integrated FH/BH Core Fronthaul (FH) Backhaul (BH) Core Packet-based network Point-to-point network CPRI CPRI Processing cloud CPRI Processing cloud

11 Partners (21) The 5G Integrated Fronthaul/Backhaul Project Duration Jul 2015 Dec 2017 EU Funding 7.95M Euros Project Traction Final design and experimentation underway

EdgeLink mmw 5G Crosshaul Transport SDN-based Multi-hop Mesh Network composed of Gigabit / Low-Latency Millimeter Wave Links WiGig / 802.

Discovery and Neighbor Selection InterDigital s Cloud-Based Software Platform OpenFlow Mesh Controller Network Unit OpenFlow-based, mmw MAC/PHY/RF Mesh Controller Software: SDN-based, manages

12 EdgeLink mmw 5G Crosshaul Transport SDN-based Multi-hop Mesh Network composed of Gigabit / Low-Latency Millimeter Wave Links WiGig / ad baseband 60GHz long range, high-gain antennas Multi-tenant, multi-service level transport slice management Mesh topology for fault tolerance and availability EdgeLink Nodes: Network Discovery and Neighbor Selection InterDigital s Cloud-Based Software Platform OpenFlow Mesh Controller Network Unit OpenFlow-based, mmw MAC/PHY/RF Mesh Controller Software: SDN-based, manages the mesh topology to maintain Transport Slice Service Level requirements O&M Software Software Hardware INTERDIGITAL MESH LAYER SOFTWARE WiGig Baseband... WiGig Baseband Antenna Unit Cloud-enabled, web- interface for remote operations and monitoring RF RF

13 EdgeLink Transport Network Live Demo

14 Views from the 5G Berlin Testbed 3 EdgeLink mmw Nodes across the Fraunhofer HHI and Berlin Technical University campuses Outdoor Antenna Installation 185 meters 95 meters 140 meters Indoor Lab Deployment 2016 InterDigital, Inc. All Rights Reserved.

15 InterDigital s 5G Focus Areas Radio Access Network Network Infrastructure Services and Applications 5G LTE (includes NB-IoT) 5G NR (New Radio) Wi-Fi Fixed Wireless Access Millimeter Wave Spectrum Sharing (LAA, CBRS, etc.) 5G Core Network Fronthaul, Backhaul and Crosshaul Information Centric Networking (ICN) Mobile Edge Computing Cloud RAN/V-RAN Small Cells / Densification Video (360, VR, etc.) Security Sensors IoT Analytics Autonomous Vehicles Edge Applications

InterDigital 5G Experience - Come Visit Hall 7, Stand 7C61!

5G Demanding 5G applications require low-latency, high data rate, and

using 60GHz EdgeLink Platform 5G Access Latency and high data rate for ultra

16 InterDigital 5G Experience - Come Visit Hall 7, Stand 7C61! Remote Surgery: 4G vs. 5G Demanding 5G applications require low-latency, high data rate, and ultrareliable communications Crosshaul with EdgeLink 5G transport technology using 60GHz EdgeLink Platform 5G Access Latency and high data rate for ultra dense networks and fixed wireless access Next Generation IP Networking Integrated Information Centric Networking (ICN) Personalized Virtual Reality Immersive 360 video experience

17 Thank you!!

5G and Beyond Testbed Key Attributes. IEEE 5G and Beyond Testbed Workshop

5G and Beyond Testbed Key Attributes IEEE 5G and Beyond Testbed Workshop September 24, 2017 John Kaewell 1 Overview 5G wireless development activities Recent Testbed Experiences 5G and Beyond Wireless