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At its Backnang site, Tesat-Spacecom employs around 1,100 people who develop, manufacture, and distribute systems and equipment for telecommunications via satellite.
Tesat-Spacecom is investing in increased OCT production with a new production facility on its Backnang, Germany campus and a US-based production facility to support US-only programs.
Mynaric, CACI, and Tesat are building out optical space businesses as laser communications technology matures.
Companies including CACI, Mynaric, and Tesat are preparing to ramp up production to support the Space Development Agency's planned procurements of optical terminals.
TESAT is expanding its manufacturing footprint into the United States to support its U.S. government and commercial customers.
TESAT is providing OCTs for four different U.S. spacecraft primes in support of the Space Development Agency’s Transport Layer and Tracking Layer.
TESAT’s ConLCT80 Optical Communication Terminal is compliant with the Space Development Agency OCT standard V3.0 and can be delivered off the shelf.
TESAT is designing the next generation of 100 Gbps Optical Communication Terminals.
TESAT is in final negotiations for a U.S. facility of up to 25,000 square feet and intends to start manufacturing Optical Communication Terminals there in early 2023.
The full list of New Symphonie collaborators includes AEROSPACELAB, ANYWAVES, AVIO, CAILABS, DE-CIX, EXOLAUNCH, EXOTRAIL, FRESNEL ALLIANCE, GOMSPACE, GREENERWAVE, INTEGRASYS, KSAT, LOFT ORBITAL, QEST ANTENNA TECHNOLOGY, SATCONSULT, SECURE-IC, SENER, SITAEL, TESAT, and TRANSATEL.
Airbus partnered with Germany’s DLR and Tesat Spacecom on the Osiris optical terminal project.
The first tests of the UltraAir terminal are planned to take place at the end of 2021 in Tesat’s laboratory in Stuttgart, Germany.
TESAT’s LCT135 is performing approximately 1,000 optical inter-satellite links monthly.
TESAT’s LCT135 had performed more than 51,000 optical inter-satellite links in total as of this writing.
TESAT proved the functionality and capability of optical inter-satellite links in Low Earth Orbit with US NFIRE and TerraSAR-X successes in 2008.
Lockheed Martin Space awarded TESAT a contract for the Space Development Agency’s Transport Layer Tranche 0 program.
TESAT will provide the ConLCT80 laser communication terminal for the Space Development Agency’s Transport Layer Tranche 0 LEO constellation.
Tesat-Spacecom plans to test the optical communications payload for up to two years and to conduct experiments aimed at building a global network of space and ground nodes.
Tesat-Spacecom supplies optical inter-satellite links to U.S. companies building low-Earth-orbit constellations.
Lockheed Martin's $187,500,000 contract will have 10.6% of the work conducted in Backnang, Germany, where Tesat Spacecom is based.