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Self-Compensating Device
Activity Code: H2020-ESA-003
Category: Technology
Theme: Payload
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.Prime contractor
Name: RUAG
Website: https://www.ruag.com
High Power Amplifiers Technology
Activity Code: H2020-ESA-009
Category: Technology
Theme: Payload
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.Prime contractor
Name: TTI
Website: http://www.ttinorte.es
High Power RF Passive Technology Framework – Work Order 1: Combiner
Activity Code: H2020-ESA-010.01
Category: Technology
Theme: Payload
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…Prime contractor
Name: TRYO SENER Group
Website: https://www.tryo.es/tryo-aerospace/
High Power RF Passive Technology Framework – Work Order 2: Isolator
Activity Code: H2020-ESA-010.02
Category: Technology
Theme: Payload
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…Prime contractor
Name: TESAT
Website: https://www.tesat.de/
EGNOS Test User Receiver Technologies
Activity Code: H2020-ESA-016
Category: EGNOS
Theme: User Technology
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…Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/en/global/activities/space
S-Band Advanced Transponder - 1
Activity Code: H2020-ESA-004.01
Category: Technology
Theme: Platform
Objectives: H2020-WP15-H004 S-Band Advanced Transponder: This activity addresses the development of an advanced S-band transponder for robust and higher data-rate Ground-to-Space S-band TT&C link at Engineering Model level.Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/en/global/activities/space
S-Band Advanced Transponder - 2
Activity Code: H2020-ESA-004.02
Category: Technology
Theme: Platform
Objectives: H2020-WP15-H004 S-Band Advanced Transponder: This activity addresses the development of an advanced S-band transponder for robust and higher data-rate Ground-to-Space S-band TT&C link at Engineering Model level.Prime contractor
Name: TESAT
Website: https://www.tesat.de/
Flexible Payload and Signal Generation Technology – Work Order 1: Augmented Reconfigurable Experimental (AURE) payload
Activity Code: H2020-ESA-011.01
Category: Technology
Theme: Payload
Objectives: H2020 WP15 H011 - Flexible Payload and Signal Generation Technology Framework: This framework covers the activities related to the development of Flexible Payload in support of Galileo 2nd Generation activities.Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/en/global/activities/space
Multipactor Prediction Techniques GNSS Signals
Activity Code: H2020-ESA-007
Category: Technology
Theme: Payload
Objectives: H2020 WP15 H007 - Multipactor Prediction Techniques GNSS Signals: This activity addresses the development of advanced techniques for prediction of multipactor breakdown in complex RF components under GNSS modulated signals in support of Galileo 2nd Generation activities. The activity includes the validation of developed prediction techniques through design, analysis, manufacture and…Prime contractor
Name: Val Space Consortium
Website: https://www.val-space.com/en/
G2G Test User Receiver Technologies Framework - WO1: Open service bread-board emulating mass-market platforms
Activity Code: H2020-ESA-008.01
Category: Technology
Theme: User Technology
H2020 WP15 H008 - G2G Test User Receiver Technologies Framework: This framework initiates technology developments and bread-boarding at Test User Receiver level to account for potential System Evolutions and to assess their feasibility and risks in support to Galileo 2nd Generation activities. This includes trends in user receiver technology and its impact on System Evolution, improvements on…Prime contractor
Name: GMV
Website: https://www.gmv.com