Current wireless systems are struggling to meet the growing demand for high-speed data. By using a broader range of frequencies, we’ve not only increased bandwidth but also ensured high signal quality, enabling ultra-fast and reliable networks."

Wireless technology offers unique versatility, especially in environments where optical cabling is impractical, such as factories with complex layouts. This breakthrough brings wireless communication up to par with recent advances in optical systems, crucial for next-generation networks.

This project reflects the UK’s leadership in advanced wireless and optical technologies. The infrastructure we’ve developed will be pivotal for the future of national communications, with major implications for everything from mobile connectivity to industrial applications.

UCL secures KTP grant to advance AI-driven innovation in infrastructure delivery
UCL secures KTP grant to advance AI-driven innovation in infrastructure delivery

UCL secures KTP grant to advance AI-driven innovation in infrastructure delivery

BSSC has launched a new Knowledge Transfer Partnership (KTP) with Strategic Rail Consultants (SRC) Limited, supported by Innovate UK and UK Research and Innovation (UKRI).

18 Jun 2025

UCL MechEng, CAA explore impact of hydrogen combustion on high-temperature materials
UCL MechEng, CAA explore impact of hydrogen combustion on high-temperature materials

UCL MechEng, CAA explore impact of hydrogen combustion on high-temperature materials

Collaboration, led by Associate Professor Dr Enrique Galindo-Nava, conducted studies of possible material degradation when exposed to hydrogen rich fuels during combustion.

18 Jun 2025

UCL Ocean Health Challenge Winners Announced
UCL Ocean Health Challenge Winners Announced

UCL Ocean Health Challenge Winners Announced

Find out which students impressed the judges with their creative ideas around tackling ocean plastic pollution.

17 Jun 2025