ECLIPSE – Research into innovative high-frequency electronics for sensor and communication technology

8-stage distributed 300 GHz amplifier manufactured in 35 nm IAF mHEMT technology
© Fraunhofer IAF
Microscope image of an 8-stage distributed 300 GHz amplifier manufactured in 35 nm IAF mHEMT technology

The technological advancement of high-resolution radar sensors, high-precision measurement systems and wireless data links with enormous transmission speeds is characterized by the development of ever higher frequency ranges. This development is driven both by the lack of frequency ranges still freely available for licensing purposes and by the naturally lower usable absolute bandwidth at lower operating frequencies, which results in a clear limitation of the achievable data rates or radar resolution.

The aim of the ECLIPSE project is to research and develop the frequency range up to 420+ GHz for future applications with bandwidths up to 200+ GHz. To this end, innovative concepts for the necessary basic circuit components (e.g. transmit and receive amplifiers, mixers, frequency multipliers, adjustable attenuators) are to be investigated and developed.

Fraunhofer IAF will contribute its expertise in millimeter-wave switching and assembly technology as well as metamorphic HEMT technology to this project.

PROJECT TITLE

ECLIPSE – Research into innovative high-frequency electronics for sensor and communication technology

DURATION

2024–2027 

FUNDING SOURCE

Federal Ministry of Education and Research

PROJECT MANAGER

Dr. Markus Rösch, Fraunhofer IAF

OBJECTIVES

  • Technical research and development of circuitry in the frequency range up to 420+ GHz for future applications with bandwidths exceeding 200+ GHz 
  • Creation of innovative concepts for the required basic circuit components 
  • Further development and evaluation of a new 20 nm HEMT-on-insulator technology
  • Development of new possibilities for broadband transmission at the highest frequencies (Beyond 5G/6G)

Further Information

 

Our Offer: Electronic circuits

 

At Fraunhofer IAF, we research and develop innovations in high-frequency electronics.