Since Ka-band frequencies have been made available for satellite communications, data can be transmitted at significantly higher bandwidths. The 30/20 GHz Ka-band was first used in the experimental ACTS Gigabit…
Satellite operators are looking for higher frequency bands above 30 GHz to meet further improvements and increasing capacity needs, because the available spectrum in Ka-band is reaching its limits. Together…
The UK's Goonhilly Earth Station complex has developed the capability to support lunar and deep space missions for agencies, institutions and private companies. To do this, its 30- and 32-meter…
The long distance communication between transmitter and receiver in satellite communications requires high gain antennas. The most popular form for large ground stations is a multi-reflector antenna layout. A highly…
The first generation of the feed system has been designed and delivered to our customer in 2015. This initial design combines the three S-, X- & K-band frequency ranges in…
Satellite broadband technology has made significant progress over the last ten years. New coding techniques combined with spot beaming and the use of higher frequency bands enable significant advances in…
One of MIRAD's core competencies is the production, manufacturing, tuning and testing of waveguide assemblies. Since the early 90's we have been designing and producing customized rigid waveguide runs or assemblies…
In recent years, the space industry has been pushing ahead with its plans for future lunar mission. This requires new communications capabilities that enable not only signal reception but also…
Dear ClientsMIRAD microwave AG has been setting milestones in microwave technology time and again since 1989 with its systems for exceptional ground station antennas. Solutions and components implemented by our…
Another triband feed system solution was requested by one of our customers in 2019. The question arose about the possibility of providing a simultaneous receive feed for very broadband signal…