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Antenna tuning technique based on high-voltage (VRF > 45V), linear (IIP3 > 80dBm) RF switches became de-facto standard in modern cellular handsets, addressing the need for RF front-end r...
Active transponders based on super-regenerative oscillators (SRO) have the advantages of high gain, low power consumption, and a compact implementation. They are based on a switched oscillator excited...
This presentation presents high-resistivity silicon-based integrated passive device (IPD) platform optimized especially for RF applications. Technology is suitable for the realization of RF passives s...
This talk focuses on IMEC’s RF-interposer technology for above-100GHz applications. The drawbacks of traditional PCB-based solutions for higher frequencies will be explained. Then the talk would focus...
Antennas are crucial components of a wireless communication system. Increasing operational frequency results in the miniaturization of the antenna size. mm-Wave and THz antennas can thereby be designe...
This presentation will show our recent progress in using organic chip carrier glass IPD process to design Antenna-in-Package for 150GHz and 300GHz bands. We will present the design of transmission lin...
The presentation deals with glass as a material for MMIC packages in D-band. First, the advantages of glass for the design of mm-wave components are discussed. Based on this, various packaging and ant...
The promise of future communication systems, be it 5G-and-beyond, 6G, or the ones that will replace them in a more distant future is to establish an evergreen landscape to promote worldwide access to ...
The recent focus on mm-wave technology for 5G communications demands transceiver power added efficiency-aware MMIC and system co-design. While mm-wave device and circuit performance in both research a...