The funding through UK Research and Innovation’s (UKRI) £70million Technology Missions Fund (TMF) Future Telecoms Mission will support the development of technologies that will be crucial to future telecoms networks such as 6G.
The funding was announced by the Department for Science, Innovation and Technology today.
Next wave of future telecoms technology
Julia Lopez, Minister for Data and Digital Infrastructure, said:
This £70 million funding boost will help drive the UK’s efforts to bring forward the next wave of future telecoms technology – one of our five critical technologies. By supporting collaboration between researchers and businesses of all sizes we are helping to nurture new, game-changing advances which will deliver for people across the country.
Through Project Gigabit, one million premises now have access to state of the art connectivity, and we’re also rolling out more Alpha Trials sites to bring satellite-connectivity to some of our hardest to reach areas. This shows that we will leave no stone unturned in cementing the UK’s position as a world leader in research, connectivity and telecoms.
Funded projects
Sixteen new projects will take a share of £22 million to support the development and commercialisation of cutting-edge tech solutions and lay the groundwork for the networks of the future.
Projects include developing the world’s first all-optical network switch for ultra-low power, ultra-low latency for future telecoms networks, to developing wireless solutions for transport applications and high-speed network connectivity challenges.
Future Telecoms Research Hubs
Meanwhile, £40 million will provide further support for three existing Future Telecoms Research Hubs led by Imperial College London, and the universities of Oxford and Cambridge, alongside partner universities across the UK.
This investment will also provide support for the creation of a national infrastructure for future telecoms testing and development linked to the UK National Dark Fibre Facility.
The hubs support research in 6G, developing new architectures and networks for end-to-end connectivity, embedding artificial intelligence and computing and developing wireless access systems such as cell-free networks and optical wireless integration.
Galvanising UK research and innovation
This funding is designed to galvanise innovation across the UK telecoms ecosystem, building routes for exploitation between the research base and innovative companies both established and emerging in the UK, boosting UK leadership in the future telecoms sector.
Dr Kedar Pandya, UKRI TMF senior responsible owner and Executive Director of Cross-Council Programmes at UKRI’s Engineering and Physical Sciences Research Council (EPSRC) said:
The investment announced today will play an important role in advancing the telecoms technologies of tomorrow, supporting both early-stage research and market-ready solutions.
It underlines the role the Technology Missions Fund and UKRI support plays in unlocking the potential of new technologies that will have a profound impact on society and the economy.
Boosting UK leadership in the future telecoms sector
Samantha Francis, UKRI TMF Director for Future Telecommunications and Deputy Director, Research Base at EPSRC said:
UKRI is investing £70 million to support the development and commercialisation of cutting-edge future telecommunications technological solutions with a foundational role in communication networks.
Through the projects announced today, as well as the further support for research hubs, we will drive advancements in telecommunication technologies, lay the groundwork for the networks of the future, and boost the UK’s share of the global future telecommunications sector.
This investment comes on the same day that government has announced more than one million premises have been upgraded to high-speed gigabit broadband. This means one million homes, businesses and public buildings can now access the best internet speeds on the market as a result of the UK government’s rollout of faster, more reliable broadband.
Further support was also announced to deliver high-speed, reliable connectivity to some of our very hardest to reach locations using satellite connectivity through the ‘Very Hard to Reach Alpha Trials’.
Further information
Future Telecommunications Challenge competition projects
The world’s first all-optical network switch for ultra-low power, ultra-low latency for future telecommunications networks
Project lead: Finchetto Limited
Energy efficient LiFi module for 6G applications
Project lead: Purelifi Limited
Design and implementation of swept beam antennas for coverage and cell-edge capacity enhancement for next generation cellular networks
Project lead: University of Surrey
Development of the next generation of rapidly deployable fixed wire access solution to address high speed network connectivity challenges
Project lead: Novocomms Limited
MIST: mid-infrared free-space telecommunications
Project lead: Fraunhofer UK Research Limited
Development of microwave backhaul link alignment solutions
Project lead: SATcase Limited
NL-COMM: practical, non-linear processing for high performing communications
Project lead: University of Surrey
nCOMM+: a multi-access wireless network for volumetric video
Project lead: Nephelie Technologies Limited
FRONTIERS: free space optical communications enhanced through PCSELs
Project lead: Vector Photonics Limited
High gain mmWave for wireless back haul for transport applications
Project lead: Blu Wireless Technology Limited
Project Arana
Project lead: Weaver Labs Limited
VOLTAIRE: avalanche photodiodes optical time domain reflectometry
Project lead: Pangolin industries Limited
CAHN: continuously assured heterogeneous networking
Project lead: NquiringMinds Limited
CAPTIVATE: co-packaged optical transceiver for space telecommunications
Project lead: Alter Technology TUV NORD UK Limited
Project Illuminate: connecting space and ground optical communication networks for massive data throughput
Project lead: Archangel Lightworks Limited
Secure distributed edge storage to minimise network traffic
Project lead: Umbra Systems Limited
Future Telecoms Research Hubs
TITAN: Platform driving the ultimate connectivity
Hub lead: University of Cambridge
Future communications hub in all-spectrum connectivity
Hub lead: University of Oxford
CHEDDAR: communications hub for empowering distributed cloud computing applications and research
Hub lead: Imperial College London
JOINER: joint open infrastructure for networks research
Hub lead: University of Bristol
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