The ARTES Future Preparations element focuses on defining market opportunities; regulatory barriers; standards; future frequency spectrum needs; as well as economic and business issues relating to the development of future satellite telecommunications concepts and technologies to assist European and Canadian industry in the development of innovative telecommunication services.
Mega-constellations are large networks of low-cost satellites, operating in Low Earth Orbit, providing low latency communication, worldwide coverage and low-cost broadband capacity. This study identifies promising services/applications based on mega-constellations, starting from user requirements, deriving the system architecture, assessing the...
The feasibility study of VDES satellite component system consisted in exploring user needs and required services, defining satellite technical solutions in response of the user needs and performing trade-off analyses of the satellite technical solutions.
Study defining a concept of use of Thermo-Acoustic Electric Generation for communication satellites, assessing suitable TAG systems, the benefits and constraints of introducing this type of engine into Satcom Satellites, and defining a roadmap for the introduction to market of these engines with the aim of supporting ARTES.
The RAMSES (Roadmap for Advanced Mobile SatellitE Systems) project has been defined in order to contribute to the definition of roadmaps of new solutions – new technologies, new products – for the successful deployment of Next Generation Mobile Satellite Systems in the 2025 timeframe.