P. Asbeck, D. Bharadia, I. Galton. D. Hall, H.-P. Le, P. Mercier and G. Rebeiz, "Integrated Circuits for Wireless Communications: Research Activities at the University of California, San Diego," in IEEE Microwave Magazine, vol. 24, no. 5, pp. 30-44, May 2023
The continuing demand for improved wireless connectivity and enhanced data rates has spurred worldwide research in microwave and millimeter (mm)-wave circuits and systems within academia, government, and industrial centers. At the University of…
Achieving More with Less for Millimeter-Wave Systems, Profs. Bhaskar Rao and Piya Pal
In mmWave systems even though the number of antennas is large, to deal with the hardware complexity, the number of RF chains is limited. This calls for mixed processing, some RF combining followed by digital baseband processing. Motivated by the…
A 140 GHz Scalable On-Grid 8x8-Element Transmit-Receive Phased-Array with Up/Down Converters and 64QAM/24 Gbps Data Rates
Gabriel M. Rebeiz, Amr Ahmed, Linjie Li, Minjae Jung
D-band communications (at 110-170 GHz) can be a key to fulfill the increasing demand on low latency and high data rate links. This is due to the wide unallocated frequency spectrum of up to 60…
Beyond Shannon: UCSD’s KDC Framework Shifts Wireless Paradigms from Bits to Token-Native Communication
For over seven decades, wireless systems have… FULL STORY
The 2026 San Diego Wireless Summit, a sold-out event held on January 22–23 at Atkinson Hall, brought together over 224 industry leaders and… FULL STORY
Submitted by cwc@ucsd.edu
on Fri, 03/13/2026 - 11:19
The 2026 San Diego Wireless Summit, a sold-out event held on January 22–23 at Atkinson Hall, brought together over 224 industry leaders and researchers to explore the convergence of AI and 6G under the theme "Wireless Intelligence: Bridging Physical Systems & Human-Centric AI." Co-hosted by the UC San Diego Center for Wireless Communications and Qualcomm, the summit opened with a focus on the "Physical and Personal AI" paradigm, featuring a visionary
