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GNSS Evolutions System Phase B G2G -General System Engineering
Start date: 01/01/2018Duration: 18 MonthsActivity Code: H2020-020.01.01
Category: Galileo
Theme: System
The main objective of this activity is to support ESA at System level in its role as System Architect for the GNSS Galileo Evolutions G2G. The main support is focus on the following tasks: Support ESA as System Architect of the GNSS Galileo Evolutions. Consolidate the Mission/System Evolution Scenarios from Phase A. Close-out and the Transition Scenario including system use case, concept…Prime contractor
Name: Airbus
Website: https://www.airbus.com/space.html
Subcontractors
Name(s): Vitrociset Belgium, Deimos
GNSS Evolutions System Phase B G2G -General System Engineering
Start date: 01/01/2018Duration: 18 MonthsActivity Code: H2020-020.01.02
Category: Galileo
Theme: System
The main objective of this activity is to support ESA at System level in its role as System Architect for the GNSS Galileo Evolutions G2G. The main support is focus on the following tasks: Support ESA as System Architect of the GNSS Galileo Evolutions. Consolidate the Mission/System Evolution Scenarios from Phase A. Close-out and the Transition Scenario including system use case, concept…Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/de/global/activities/space
GNSS Evolutions Ground Segment Phase B - contract 1
Start date: 01/01/2018Duration: 13 MonthsActivity Code: H2020-022.01
Category: Galileo
Theme: Ground Segment
The G1G Ground Segment (i.e. GMS and GCS) design started almost 20 years ago driven by the standalone Galileo Safety of Life service and inherited the design of EGNOS that itself was from the 90’s. A need for stronger Security requirements came out later during the G1G GSEG detailed design phases, and are continuously evolving. In addition, as the system matures, so the need for more automation…Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/de/global/activities/space
GNSS Evolutions Ground Segment Phase B - contract 2
Start date: 01/01/2018Duration: 13 MonthsActivity Code: H2020-022.02
Category: Galileo
Theme: Ground Segment
The G1G Ground Segment (i.e. GMS and GCS) design started almost 20 years ago driven by the standalone Galileo Safety of Life service and inherited the design of EGNOS that itself was from the 90’s. A need for stronger Security requirements came out later during the G1G GSEG detailed design phases, and are continuously evolving. In addition, as the system matures, so the need for more automation…Prime contractor
Name: Airbus
Website: https://www.airbus.com/space.html
GNSS Evolutions Ground Segment Phase B - contract 3
Start date: 01/01/2018Duration: 13 MonthsActivity Code: H2020-022.03
Category: Galileo
Theme: Ground Segment
The G1G Ground Segment (i.e. GMS and GCS) design started almost 20 years ago driven by the standalone Galileo Safety of Life service and inherited the design of EGNOS that itself was from the 90’s. A need for stronger Security requirements came out later during the G1G GSEG detailed design phases, and are continuously evolving. In addition, as the system matures, so the need for more automation…Prime contractor
Name: CGI
Website: https://www.cgi.com
GNSS Evolutions Ground Segment Phase B - contract 4
Start date: 01/01/2018Duration: 13 MonthsActivity Code: H2020-022.04
Category: Galileo
Theme: Ground Segment
The G1G Ground Segment (i.e. GMS and GCS) design started almost 20 years ago driven by the standalone Galileo Safety of Life service and inherited the design of EGNOS that itself was from the 90’s. A need for stronger Security requirements came out later during the G1G GSEG detailed design phases, and are continuously evolving. In addition, as the system matures, so the need for more automation…Prime contractor
Name: GMV
Website: https://www.gmv.com
GNSS Evolutions System Phase B G2G - G2G Security and PRS
Start date: 22/01/2018Duration: 18 MonthsActivity Code: H2020-020.03
Category: Galileo
Theme: System
The main objective of this activity is to support ESA at System level in its role as System Architect for the GNSS Galileo Evolutions G2G. The main support is focus on the following tasks: Support ESA as System Architect of the GNSS Galileo Evolutions. Consolidate the Mission/System Evolution Scenarios from Phase A. Close-out and the Transition Scenario including system use case, concept…Prime contractor
Name: Thales Alenia Space
Website: https://www.thalesgroup.com/de/global/activities/space
High Power RF Passive Technology Framework - WO1: Combiner
Start date: 01/02/2018Duration: 18 MonthsActivity Code: H2020-010.01
Category: Technology
Theme: Payload
The high level objective of this framework is to implement activities covering the development of the new generation high power RF passive equipment, according to the requirements considered for Galileo 2nd Generation, targeting enhancements of standard technology and new developments based on alternative technologies. These objectives will aim at coping with demanding requirements of next…Prime contractor
Name: TRYO SENER Group
Website: https://www.tryo.es/tryo-aerospace/
High Power RF Passive Technology Framework - WO2: Isolator
Start date: 01/02/2018Duration: 24 MonthsActivity Code: H2020-010.02
Category: Technology
Theme: Payload
The high level objective of this framework is to implement activities covering the development of the new generation high power RF passive equipment, according to the requirements considered for Galileo 2nd Generation, targeting enhancements of standard technology and new developments based on alternative technologies. These objectives will aim at coping with demanding requirements of next…Prime contractor
Name: TESAT
Website: http://www.tesat.de/de/
Self-Compensating Device
Start date: 02/02/2018Duration: 27 MonthsActivity Code: H2020-003
Category: Technology
Theme: Payload
The main purpose of the self-compensating device (SCD) is to improve the Galileo signal quality, providing users with more accurate positioning information. The concept gives unique capability of real time Galileo signal quality measurements on board the spacecraft and performance improvement by state of the art digital signal processing techniques. Manufactured with European technology, the SCD…Prime contractor
Name: RUAG
Website: https://www.ruag.com