Objectives: H2020 WP15 H003 - Self-Compensating Device: This activity addresses the development of an on-board navigation payload Self Compensating Device able to dynamically compensate for distortions related to temperature and aging effects, in support to Galileo 2nd Generation activities.

Objectives: H2020 WP15 H009 - High Power Amplifiers Technology: This activity contributes to the development of High-Power Amplifiers based on GaN technology in support to Galileo 2nd Generation activities, considering more demanding requirements in terms of output power and efficiency.

Objectives: H2020 WP15 H010 - High Power RF Passive Technology Framework: This framework implements activities covering the development of High-Power RF Passive Technology (filters, switches, isolators, ...), in support to Galileo 2nd Generation activities for G2G Payload at Engineering Model/Engineering Qualification Model level, in order to accommodate increased output power handling and power…

Objectives: H2020 WP15 H010 - High Power RF Passive Technology Framework: This framework implements activities covering the development of High-Power RF Passive Technology (filters, switches, isolators, ...), in support to Galileo 2nd Generation activities for G2G Payload at Engineering Model/Engineering Qualification Model level, in order to accommodate increased output power handling and power…

Objectives: H2020 WP15 H016 - EGNOS Test User Receiver (TUR) Technologies: This activity addresses the development of a prototype for future EGNOS test user receiver (EGN-TUR), able to support standardisation, user equations prototyping, assessment of user budgets, feasibility assessments in addition to support system AIV and engineering activities (e.g. RF monitoring interference, scintillations…