BEACON—W-band Integrated Active Receive Front-End

RF module developed at Fraunhofer IAF
© Fraunhofer IAF
RF module developed at Fraunhofer IAF

In satellite communications, it is becoming increasingly difficult to meet the growing need for higher data rates. One option is the use of higher frequencies: Although the W-band (75–110 GHz) is qualified, so far there is a lack of the right technology and hardware. For this reason, researchers develop an integrated active W-band receiver module in the "BEACON" project.

The module is based on ultra-low noise MMIC technology and its application is intended with both LHCP and RHCP input signals. The project goal is to develop a technology that is lower in noise than any previous W-band amplifier modules, thus enabling extremely high data rates or long-distance data transmission with low power consumption.

PROJECT TITLE

BEACON—W-band Integrated Active Receive Front-End

PROJECT DURATION

2022–2024 

FUNDING SOURCE

ESA: European Space Research And Technology Centre

PROJECTCOORDINATOR

Dr. Philipp Neininger, Fraunhofer IAF

OBJECTIVE

  • Development of an integrated active W-band receiver module (81–86 GHz) based on ultra-low-noise MMIC technology
  • Integration of two polarizations (LHCP and RHCP)
  • Innovative antenna array and new arrangement of components on the small module area
Project logo “BEACON”—W-band Integrated  Active Receive Front-End
© Fraunhofer IAF
Project logo “BEACON”—W-band Integrated Active Receive Front-End

Further information

 

Press release on the start of the project BEACON

 

Learn more about the start of the project in the press release 

 

Our Offer: Electronic circuits

 

At Fraunhofer IAF, we conduct research on innovations in high-frequency electronics.