The European Data Relay System (EDRS) relies on optical communication links between
Low Earth Orbit (LEO) and geostationary (GEO) spacecrafts. Data transmission at 1, 8 Gbps …

The European Data Relay System (EDRS) relies on optical communication links between
Low Earth Orbit (LEO) and geostationary (GEO) spacecrafts. Data transmission at 1.8 Gbps …

The European Data Relay System, EDRS [1], will provide quasi real time access to earth
observation data created by low earth orbiting spacecrafts using Gbit laser communication …

For the first time, laser communication terminals will be operational in a commercial service,
EDRS, the European Data Relay System. Future earth observation satellites call for satellite …

With the start of the European Data Relay Service (EDRS) in June 2016, laser
communication in space has entered a commercial application. The focus of the EDRS laser …

Laser Communication Links in Orbit have become routine for Alphasat TDP1 GEO data relay
and Sentinel-1A LEO satellite. Since November 2014, an extensive campaign has …

System (EDRS) is planned to start after in-orbit commissioning of its first node EDRS-A, to be
launched in the first quarter of 2015. The programme, run in a Public-Private-Partnership …

The second node of the laser-based European Data Relay System (EDRS-C) was
successfully launched on 6th August 2019. The EDRS-C satellite, developed, manufactured …

In-orbit commissioning of the first geostationary laser communication terminal (TESAT LCT)
of the EDRS 1,800 Mbps class has commenced. The laser relay experiments phase is being …

A Space to Ground bidirectional optical communication link at 5.6 Gbps has been verified
between a low Earth orbit satellite (NFIRE) and a TESAT optical ground station hosted at the …