Keysight Technologies Partnered With UC Berkeley for 6G
The collaboration focuses on developing new testing methods for future 6G wireless systems and devices.
Updated on Sept. 29, 2026 in Telecommunications
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Keysight Technologies has launched a research partnership with the Berkeley Wireless Research Center at the University of California, Berkeley. The joint effort aims to create new over-the-air testing methods to evaluate complex 6G systems.
Why it matters
Engineers require faster and more flexible evaluation techniques to keep pace with the increasing complexity of next-generation wireless architectures. This research is intended to accelerate the deployment of advanced 6G devices.
The research focuses on characterizing antenna and beamforming architectures within the FR3 upper-midband spectrum. It employs measurement techniques to map energy transmission across three-dimensional space.
The players
Keysight Technologies
This is a publicly traded company headquartered in Santa Rosa, California, that specializes in electronic design and test instrumentation.
Berkeley Wireless Research Center
This facility is part of the University of California, Berkeley and conducts advanced research on wireless communications systems.
Aditya Muppala
He is a professor who leads the research initiatives at the Berkeley Wireless Research Center.
The details
The partnership leverages advanced measurement techniques to streamline the assessment of 6G systems and device performance. By refining over-the-air testing, researchers aim to reduce both the time and complexity currently required to validate emerging wireless technologies.
Timeline
Keysight announced the research collaboration with UC Berkeley on September 29, 2026.
The Tech Race
The transition to 6G requires new testing protocols that account for the unique propagation characteristics of the FR3 upper-midband spectrum. This initiative positions Keysight Technologies to set the industry standard for validating high-frequency wireless performance.
While the research is currently focused on technical testing, it will eventually enable faster deployment of 6G devices for consumers. Users can expect more efficient network performance and lower latency as these new testing methods reach the commercial hardware market.
The takeaway
Advancements in over-the-air testing are critical for the transition from 5G to 6G network capabilities. The collaboration highlights how hardware manufacturers are shifting focus toward complex beamforming validation to stay competitive.
Further reading
For more on the evolution of connectivity, visit the Telecommunications section.
Source note: This article includes information reported by Wirelessdesignonline.
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