Academic Research & Development

Tees Valley Combined Authority are leading a pilot to install multi-purpose smart columns.

The Royal Borough of Kingston upon Thames will test the procurement, installation and multiple use cases via the deployment of smart multi-purpose columns.

The Digital Infrastructure Programme and Innovation teams at Oxfordshire County Council will purchase and test 14 smart, multi-purpose lighting columns from the supplier Signify. These columns will be installed, as replacements to existing columns, in Oxford to provide mobile and wireless connectivity services. The project aligns with the Government’s UK Wireless Infrastructure Strategy, aiming to integrate advanced wireless infrastructure into the UK's economy and society by 2030.

North Ayrshire Council aims to create a digitally advanced waterfront destination that drives economic growth and enhances the quality of life for residents and our visitor experience.

The project team will collaboratively design, deliver and test a range of Smart Poles that are capable of hosting a variety of equipment.

The ON-SIDE project will address key challenges associated with deploying private 5G StandAlone (SA) networks operating in Shared Access radio spectrum, such as obtaining suitable spectrum licences and affordability of kit, while supporting the UK government and Ofcom’s broader telecoms diversification and spectrum management strategies.

5G MoDE (Mobile oRAN for highly Dense Environments), seeks to revolutionise how we manage dense mobile network traffic using oRAN.

5G ONE4HDD aims to design and deploy a Mobile 'Cell on Wheels' (CoW) equipped with Open RAN (Radio Access Network) technology, offering reliable connectivity in crowded venues.

Working from AMRC North-West in Blackburn, FoFoRAN will develop, test, and showcase flexible Open RAN deployment approaches for the manufacturing sector.

Tourist hotspots drive significant volumes of mobile traffic, presenting a challenge to existing mobile technologies. The REACH project brings together an exciting group of partners to find new solutions to address this challenge by improving the delivery of data in High Density Demand (HDD) areas.

BEACH is led by Dense Air, with partners West Sussex County Council and technology providers Radisys UK, VM Ware, Sitenna, and the University of Glasgow, to implement an energy efficient shared mobile network responding to increasing user demand.

The 'Sunderland Open Network EcosysTem' (SONET) Project is poised to transform the way we engage with live sports and esports. the project will showcase a highly efficient, state-of-the art High-Density Demand (HDD) Open RAN solution at the Stadium of Light and the new British Esports Arena, part of the National Esports Performance Campus in Sunderland.

ONE WORD, the Open Networks Ecosystem Western Open RAN Deployment, will deploy a 5G Stand Alone RAN in four High Density Demand (HDD) scenarios; the City of Bath, around Cardiff’s Principality stadium, the historic Shelsley Walsh motorsport venue, and Shrewsbury’s Quarry Park.

Project NAVIGATE aims to design, deploy, test and validate a blueprint for deploying open, shareable, public mobile 5G capacity in High Density Deployment (HDD) environments at scale, with Open RAN.

The Liverpool City Region HDD project aims to showcase the benefits of Open RAN (Open Radio Access Network) technology in optimising real-world performance in high-connectivity environments.

The project will deliver a cutting-edge, multi-vendor 5G Open RAN neutral host platform catering for High Demand Density (HDD) locations.

The SCONDA (Small Cells ORAN in Dense Areas) Project, seeks to address the unique technical and commercial challenges of High-Density Demand areas and will be the first in the world to integrate Open RAN and Traditional RAN in a high density, high demand environment handling live traffic.

The 5G SwaP-C project aims to revolutionise wireless communication technology by developing high-frequency and energy-efficient ultra wide band gap power amplifiers for massive Multiple-Input Multiple-Output (MIMO) systems.

The ECO-TAP project’s vision is to improve the energy efficiency of the networks that interconnect disaggregated servers in data centres (i.e. bespoke racks of only CPUs, or memory or network interface cards) by introducing a new Hybrid Cellular-Switched Topology.

Project AURA (Agile Universal Radio Architecture) brings together a consortium to design a tightly integrated O-RU solution with an emphasis on flexibility to target different frequency bands and form factors, greater power efficiency, and with the goal to manufacture the product in the UK at competitive cost.

As an extension of FRANC projects, ARIANE aims to test – under carrier grade conditions, the impact on an Open RAN network of multiple apps running individually and concurrently in a multi-RIC environment.

PerceptRAN has been engaged in identifying and addressing the primary challenges associated with Open RAN platform automation and security.

The HiPer-RAN (Highly Intelligent, Highly Performing RAN) project aims to develop an open platform able to host diverse, software-based intelligence that accounts for the whole RAN architecture.