Oregon State High-Speed Integrated Circuits Lab

Research Focus:

Transformative scalable systems, such as massive MIMO communication or dense ad-hoc wireless sensor networks (WSN), require reconfigurable and scalable RF systems with graceful tradeoffs between power and performance. Our research addresses these challenges by focusing on co-design of active and passive RF devices/circuits at the two ends of these tradeoffs – ultra low-power for dense sensor-networks and high performance for scalable, reconfigurable RF/mm-wave arrays.

Latest News:


Oct 2024: Congrats to Kareem and Aswin! Their work on low-power analog computation was invited to JSSC and published. Early Access

Oct 2024: Congrats to Aswin and Kareem! Our collaboration with Professor Nagulu and Professor Chakrabartty's groups at WuSTL on low-power analog computation has been accepted to ISSCC 2024!

Sep. 2024: Congrats to Dr. Amin Aghighi on defending this thesis. Good luck at Rohde and Schwarz!

Aug. 2024: Looking forward to collaborating with Professors Nagulu and Chakrabartty (WuSTL) on analog computing for radar as part of the NSF Future of Semiconductors (FuSE) program, !

Aug. 2024: Excited to be collaborating with Professor Chen (Duke), Professor Nagulu (WuSTL) and Professor Ghosh (Notre Dame) on spectrum sensing as part of the NSF New Spectrum program!

July 2024: Congrats to Dr. Mostafa Essawy on defending this thesis. Good luck at Marvell!

Oct 2023: Congrats to Kareem and Aswin! Our collaboration with Professor Nagulu and Professor Chakrabartty's groups at WuSTL on low-power analog computation has been accepted to ISSCC 2024!

Sep 2023: Congrats to Soumya and Ben! Their paper on low-power mm-wave RX was presented at EuMIC 2023

Sep 2023: Looking forward to collaborating with Professor Karl Haapala's research group at Oregon State and Professor Sara Behdad's group at University of Florida on circuits for sustainable computing as part of the NSF DESC program!

Mar 2023: Congrats to Hayden! The ISSCC paper on low-power distributed mixers has been invited to the IEEE JSSC

Jan 2023: Looking forward to working with Professors Nagulu and Chakrabartty at Wash. Univ. in St. Louis and Professor Cauwenberghs at UCSD on the DARPA Massive Cross-Correlation (MAX) program.

Dec 2022: Congrats to Mostafa and Amin! Their papers on an efficiency mm-wave frequency doubler and on a frequency-translated dual=path canceller have been accepted for presentation at IEEE RFIC 2023 !

Oct 2022: Congrats to Hayden! His work on low-power mixers using a distributed mixing approach has been accepted to ISSCC 2023!


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