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Flight-proven technology


For successful missions
around the globe

15 years of experience

Collaborations on a global scale

We cooperate with companies in Germany and around the whole world. This ranges from scientific cooperation with institutes and research facilities such as the German Aerospace Center (DLR), to industrialization for national component manufacturing, to international service and support.

Our products have played an important role in numerous space missions and ventures. The following timeline shows a selection of these.

2023

Heinrich-Hertz

NEXT-OBP is an advanced technology demonstration system that operates on the German Heinrich-Hertz-Communication-Satellite by DLR.

2021

GMS-T

XLink SDR transceiver platforms
for GMS-T mission by OHB Cosmos.
Image by OHB Sweden

2021

TUBIN

XLink SDR transceiver platform, high-gain X- and S-Band antennas for TUBIN mission by TU Berlin.
Image by TU Berlin
2020

SALSAT

SLink transceiver for SALSAT mission by TU Berlin.

The objective of the SALSAT project was to contribute to the efficient and sustainable use of radio spectrum.
Image by TU Berlin

2018

S-NET

SLink transceivers for S-NET mission of TU Berlin.

The S-NET mission was a project aimed to develop and launch a constellation of small satellites into space to provide global internet connectivity.
Images by TU Berlin

2017

SEAM

SLink-PHY transceiver for SEAM mission.

SLink-PHY is a communication interface that allows the transfer of data between the satellite and the ground station. It was used in the SEAM mission for high-speed payload data downlink as swell as the telemetry downlink and telecommand upink.
Image by GOMSpace

2017

TechnoSat

HiSPiCO transmitter system for S band communication and our S-Band antenna for TechnoSat mission of TU Berlin.
Image by TU Berlin

2014

BGUSat 1

HiSPiCO S-band transmitter for BGUSAT mission of Ben Gurion University.

2013

BEESAT-3

HiSPiCO S-band transmitter BEESAT-3 mission of TU Berlin.

The innovative HiSPiCO system contributed to the success of the mission by providing the BEESAT spacecraft with advanced satellite communication capabilities, which is still in operation today.

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