The ARTES Future Preparation 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.
This is a unique opportunity to gain an overview of all the recently completed activities and to discuss them with colleagues from both ESA and industry across the satellite...
This annual event is to share the results of recently completed Future Preparation (formerly ARTES 1) activities. Registration for the event is free and open to anyone based...
21 September 2016 – A new whitepaper, Assessing satellite-terrestrial integration opportunities in the 5G environment, prepared with the support of ESA through the ARTES...
The world of Machine-to-Machine and the Internet of Things is rapidly evolving, bringing forth new users and new products. This in turn creates challenges and opportunities...
The Final Presentation Days represent a unique opportunity to gain a complete overview of recently completed ARTES Future Preparations activities, and to discuss them with...
30 September 2015 – Two ARTES-supported studies of ESA's Vega rocket provide the telecommunications satellite industry with a strategic roadmap for future developments in the...
We will review the state of the art in W-band satellite communications equipment, propagation models, system aspects and the perspectives for its use in the future. Registration...
ESA is pleased to invite members of the satellite communication industry from European Member States and Canada to participate in the ARTES Call For Ideas. ESA is looking for...
Learn about recent advances and emerging technologies in mobile, broadband and broadcast satellite communication systems at ASMS/SPSC 2014, in Livorno, Italy, on 8-10 September.
The European Satellite Operators Association (ESOA) has introduced an online webtool to enable European citizens to find a satellite broadband provider who can provide them with...
L-band and Ku-band HPA modules using GaN Technology from UMS (GH50 and GH25) and novel thermal management solutions have been developed.
With a CW signal, at hot temperature (85°C) and in the useful frequency bandwidth of [1,518 – 1,559 GHz], the L-band HPA module delivers an output power of 48W with an associated PAE of 60%.
With a CW signal,...
Space industry is based increasingly on full electric propulsion systems, and there is a European need to anticipate future missions. 2018 full electric propulsion Telecom satellites have a relatively low thrust and need several months (6 to 9) to rise from GTO to GEO, which is their main drawback. To reduce this delay between launch and...
The project examines the impacts and opportunities of 5G for the satellite industry, as a technology building block to be integrated within 5G that can complement terrestrial technologies, as an enabler for innovative satellite-based solutions and as a lever to capture new markets.
