Tag: ESA
Callisto Completes Critical Phases for ESA to Develop X and Ka Band Cryo-LNAs
The Ka Band Cryo Feed Critical Design has been accepted by ESA and Callisto will start the manufacture of this receiver early in 2016.
Callisto has started a new contract with ESA to develop a Ka band cryogenic cooled feed receiver
In order to improve the G/T of ESA Deep Space Antennas (DSA) by 2dB, a new cryogenic receiver will be developed in collaboration with the University of Cantabria.
Callisto’s cryogenic LNAs featured on ESA
Callisto’s cryogenic LNAs featured on ESA video describing Deep Space Communications and the Rosetta mission
Congratulations to ESA and all partners for the success of the Comet chaser mission Rosetta
We are very happy to announce a successful FAT for our most recent project with Bundesamt für Kartographie und Geodäsie (BKG) to equip one of their antennas at the Wettzell site.
Callisto Celebrates Another Milestone At The End Of 2013
We are very happy to announce a successful FAT for our most recent project with Bundesamt für Kartographie und Geodäsie (BKG) to equip one of their antennas at the Wettzell site.
Callisto is supported by ESA to develop 26 GHz LNA for Earth Observation ground station
We are very happy to announce a successful FAT for our most recent project with Bundesamt für Kartographie und Geodäsie (BKG) to equip one of their antennas at the Wettzell site.
Callisto and ESA TTC 2013 Workshop
We are very happy to announce a successful FAT for our most recent project with Bundesamt für Kartographie und Geodäsie (BKG) to equip one of their antennas at the Wettzell site.
Callisto’s participation in the LEOP of ESA’s Herschel and Planck Mission
“For any space mission, the ground segment is vital for operating a spacecraft and processing data received from its instrument. Planck is no different, with hardware, software, telecommunication and other operations reaching from Spain to Australia” said Damien Texier, Directorate of Science and Robotic Exploration , at ESAC, Spain.
Design of a new X band cryogenic LNA for ESAs deep space network
ESA uses cryogenic LNAs for its deep space telecommunications networkand has decided to upgrade the design of its X-Band cryogenic LNAs with new thermal and RF components to improve performance and long-term reliability.
Study on future architectures of ESA deep space stations
The objective is to study and investigate solutions for building ground stations for future Deep Space missions for exploration of the outer reaches of the solar system.In the coming decades ESA is planning to send spacecraft to explore the planetary systems of Jupiter and Saturn.In order to communicate with spacecraft at distances of up to 1 billion kms from the Earth, a new generation of Ground Stations will be required with much greater sensitivity in reception and power for transmission.
