All verified mentions of this organization in source documents.
TESAT and MPB Communications demonstrated the simulation with 40 W (46 dBm) single-mode optical output power at wavelengths of 1536.61 nm and 1553.33 nm.
TESAT and MPB Communications successfully demonstrated a 100 Gigabit per second data transmission at 40 W optical output power over a distance of more than 45,0 m in a laboratory at MPB Communications' optical labs in Montreal, Canada.
TESAT’s SCOT135 OCT is capable of LEO-to-GEO optical links up to 80,0 m with the demonstrated configuration.
TESAT and MPB Communications demonstrated a 100 Gigabit per second data transmission at 40 W optical output power over a distance of more than 45,0 m in a laboratory environment at MPB Communications’ optical labs in Montreal, Canada.
Kepler Communications entered into an agreement with TESAT-Spacecom and Airbus Defence and Space to develop a high-bandwidth optical communications network in low Earth orbit.
TESAT has an established production line for Scalable Optical Terminals (SCOT) in a dedicated space factory that delivers flight units of the SCOT series continuously.
TESAT-Spacecom operates a dedicated space factory with a production line for Scalable Optical Terminals (SCOT) that continuously delivers flight units of the SCOT series.
TESAT-Spacecom has had operational optical terminals in orbit since 2016 covering link distances up to 45,0 m.
Kepler Communications, TESAT-Spacecom, and Airbus Defence and Space have entered into an agreement to develop a high-bandwidth optical communications network in low Earth orbit to address opportunities including ESA’s HydRON program.
Kepler Communications is teaming up with Airbus Defence and Space and Tesat-Spacecom to develop an optical relay network in low Earth orbit.
Tesat-Spacecom’s Integrated Data Downlink Transmitter includes a GaN SSPA with an RF output power of up to 20 W and requires a DC supply voltage of 21-38 V with a power consumption of 75 W.
Tesat-Spacecom’s Integrated Data Downlink Transmitter has a mass of 2.5 kg, dimensions of 170 x 80 x 0.1 m, a rated lifetime of 7 years in LEO, and is intended for Earth observation satellites.
TESAT performed interoperability tests with a third party using an Engineering Model from TESAT’s high-volume OCT manufacturing line in preparation for the SDA Tranche 1 Flight Model delivery.
TESAT delivered the first SDA Tranche 1 Transport Layer Optical Communication Terminals to Lockheed Martin.
TESAT previously delivered a total of 58 OCTs for the SDA Tranche 0 Transport and Tracking Layer to five different satellite manufacturers.
Celestia-STS is designing the optical digital modem for EAGLE-1 in collaboration with TNO and TESAT.
Celestia-STS will design the optical digital modem for the EAGLE-1 optical ground station in collaboration with TNO and TESAT.
Celestia-STS is designing the optical digital modem for the EAGLE-1 ground station in collaboration with TNO and TESAT.
TESAT delivered 12 additional optical communication terminals to customers.
TESAT’s Optical Communication Terminals passed interoperability testing for the Space Development Agency’s Tranche 1 Transport Layer satellites to be built by Lockheed Martin.