Radio Technologies for Satellite Communications Live Projects Physical Optics based modelling of reflector antennas for satellite communications Enhancing flexibility and throughput for space active phased arrays with advanced signal processing and resource allocation strategies HARMONY: Innovating New Space Frontiers: Harmonised Federated And Fractionated Systems Unlocking Fresh Perspectives For Satellite Services Augmented Synchronization for 5G using LEO satellites Experimental Satellite Ground Station Facility Pragmatic Design and Monitoring of Array Fed Reflector Payloads Recent Projects Passive RF Electronics For High Power Payloads Additive Manufacturing of Novel Metal Microwave Components for Space Applications Advanced Technologies for future European Satellite Applications (TESLA) Radio Technologies for Broadband Connectivity in a Rapidly Evolving Space Ecosystem (REVOLVE) Q/V Band Earth Segment Link for Future High Throughput Space Systems (QV-LIFT) Optimising Resources in Future Heterogeneous Millimetre Wave Communication Systems New Compact Antenna Designs Poised to Enhance Nanosatellite Communications Radio Technologies for Broadband MM-Wave Satellite Communication Systems (DORADA)
