RF46G

The project aims to advance RF metrology for 6G by improving measurements in both frequency and time domains, ensuring optimal support for wireless developments. Key objectives include developing waveguide-based primary standards for RF power measurements up to 220 GHz and creating a microcalorimeter transfer standard to extend traceability. Additionally, novel concepts for transfer standards operating at even higher frequencies, such as 330 GHz, will be explored. 
Another goal is to push the frequency limits of broadband coaxial connectors, establishing traceability for new coaxial sub-mm connectors up to 220 GHz. The project will also develop phase standards using innovative concepts like a calculable diode for non-linear/large signal S-parameter measurements up to at least 67 GHz. Furthermore, novel methods for vector network analyser (VNA) linearity characterization and a VNA-based primary attenuation standard will be developed and validated up to 220 GHz. 
The project will establish traceable calibration procedures for electrical waveform parameters up to a 3 dB-bandwidth of at least 145 GHz, demonstrating high-speed photodiode module characterization for datacom and telecom applications. 
The project will facilitate the integration of developed technology into the measurement supply chain, working with accredited laboratories, instrument manufacturers, and standards bodies such as ISO, IEC, and ETSI. EURAMET calibration guides will also be updated.