5G in Transport & Logistics

David Wells, Chief Executive, FTA

(David recorded a video presentation that can be viewed at https://youtu.be/B9kvj4Hns24 )

Louise Lancaster, Dept. for Digital, Culture, Media & SportRegulatory & Policy Lead, 5G Testbeds & Trials

Potential 5G Use cases

5GUK: UNIVERSITY TEST NETWORK

University of Surrey's 5G Innovation Centre has been leading on the development of powerful, fast and stable 5G radio technology and mobile networks.

King's College London has pioneered technologies to enable ultra- low latency 5G tactile internet developments to underpin the emerging Internet of Skills, which will change how people learn, train and share knowledge and experience.

The University of Bristol has been working on Smart City andSmart Campus 5G deployment in the city of Bristol, targeting real-life demonstrations of 5G services in urban environments.

PHASE 1 PROJECTS

Future Projects?

Catherine Gull, Head of Business Development UK Broadband

Transport and Logistics Use of 5G

UKB Use Cases | 21st July 2017| © UK Broadband Limited.

Port Use Case

Business Outcome:

Enables Ports to keep working by maintaining data

communication throughout the port with no coverage

gaps.

The Challenge: To enable port

working, security, tracking,

management

The Solution: 5G

Tim Lane, Principal Strategy & Innovation ManagerNetwork Rail Telecom

5G - Enabling Tomorrow’s

Railway

Per day:• 4.6m passenger journeys (+6% y-y)• £20m operate, maintain and renew• £18m passenger upgrades

Per year:• 7.6m lorry loads of goods • 20 trespass deaths (115 in 5 years)• 237 suicides (2016/17)

The GB mainland railway industry

Network Rail’s infrastructure

GBS Strategic Roadmaps

30,000km track (13,000~)40,000 bridges & viaducts650 tunnels (300km)6,700km cuttings2,500 stations (18 managed)600 control locations (è11 ROCs)6,000 level crossings (1,200U)

38,000 employees (~200,000 industry)

Understanding the requirements journey

GBS Strategic Roadmaps

GBS Strategic Roadmaps

Connected Objects Predictive, prognostic and autonomous systems usingmassive machine type comms (mMTC) technology.

Connected Operations Train control, trackside workers, level crossings etc requiring exceptionally high levels of comms service integrity

Connected Passengers Reliable high bandwidth connectivity through enhancement of mobile broadband (eMBB) technology

Connected Intervention Robotic devices and drones usingultra-reliable & low-latency comms (uRLLC) and massive machine type comms (mMTC)

The 5G rail use case groups

GBS Strategic Roadmaps

Creating the space to evolve 5G in rail

GBS Strategic Roadmaps

UK5G TV

5G in Transport & Logistics