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Mon 8 Jun | 08:00 - 17:20
Room: 156C
Raafat R. Mansour, Pierre Blondy
Univ. of Waterloo, XLIM and Université de Limoges
Phase-Change Material (PCM) RF switches are emerging as a breakthrough technology for reconfigurable microwave and mm-wave circuits. With their non-volatile operation, low insertion loss, and high power-handling capability, PCM switches offer distinct advantages over conventional alternatives. These properties make them ideal for use in phase shifters, impedance tuners, reconfigurable filters and switchable antenna arrays. At mm-wave frequencies, their scalability and fast response unlock new possibilities in adaptive beamforming, dynamic spectrum access, and next-generation 5G/6G wireless, satellite, and radar systems. This workshop will bring together leading experts from industry and academia worldwide to present recent advances and future directions in PCM-based RF technologies including coverage of device concepts, circuit integration, and application case studies. It aims to foster cross-disciplinary dialogue and broaden the community’s understanding of this promising technology for future mm-wave communication platforms.
WMG-1 Phase-Change Material RF Switches and Monolithic Integration in CMOS Processes
Nabil El-Hinnawy
Tower Semiconductor
WMG-2 Switches Based on Phase-Change-Material From DC to 200GHz
Hung-Ju Li
TSMC
WMG-3 Integrated Optical Activation of Phase Change Material (PCM) RF Switches
Bruno Reig
CEA-LETI
WMG-4 Monolithic Integration of PCM Switches with BST Varactors and Acoustic Filters
Raafat R. Mansour
Univ. of Waterloo
WMG-5 PCM-Based Tunable RF Circuits
Pierre Blondy
XLIM and Université de Limoges
WMG-6 Exploiting Non-Linear Properties of Phase-Change Materials in mm-Wave Devices
Nima Ghalichechian
Georgia Tech
WMG-7 Engineered SOI Substrates for RF and mm-Wave Switches
Jean-Pierre Raskin
UCLouvain
WMG-8 Nanosecond and Energy-Efficient Radio-Frequency Switching Enabled by Sb2Te Phase-Change Thin-Films
Jianing Wang
East China Normal Univ.
WMG-9 Vanadium Dioxide Based Reconfigurable Intelligent Surfaces for 5G and Beyond Wireless Communication
Atif Shamim
KAUST