Keysight Technologies and ADI Showcase 6G FR3 Characterization at Mobile World Congress 2025
In an exciting development for the telecommunications industry, Keysight Technologies, Inc. (NYSE: KEYS) has announced a collaboration with Analog Devices, Inc. (ADI) to demonstrate the 6G FR3 radio frequency front-end (RFFE) characterization at the Mobile World Congress (MWC) 2025. This strategic partnership will be showcased at Keysight’s booth (#5F41 Hall 5), where industry professionals can witness firsthand the innovative solutions designed to streamline the characterization process, ultimately reducing development time and minimizing errors.
1. Understanding the Importance of FR3
The FR3 frequency range is poised to play a critical role in the evolution of wireless communication technology. By bridging the extensive coverage of Frequency Range 1 (FR1) and the high capacity of Frequency Range 2 (FR2), FR3 serves as a versatile option to meet future network demands. However, as the standard for FR3 evolves, development engineers face the challenge of ensuring that their designs are future-proof. This necessitates the characterization of complex active components to guarantee optimal system performance upon deployment.
Unfortunately, the characterization process can be cumbersome, often requiring intricate test setups that can lead to increased test cycle times and a higher risk of errors during the development workflow. This is where Keysight's innovative solutions come into play.
2. Keysight's PNA-X Network Analyzers: Transforming the Characterization Process
Keysight’s PNA-X Network Analyzers are designed to simplify the complex characterization test setups associated with FR3. With a highly configurable architecture, these analyzers enable engineers to conduct tests more efficiently, thus expediting the development process. The synergy between Keysight’s advanced testing technology and ADI’s comprehensive FR3 radio front-end signal chain (operating at 6-18GHz) marks a significant milestone in the advancement of 6G technology.
3. Industry Leaders Weigh In
Ray Goggin, Managing Director of the Instrumentation Business at ADI, emphasized the importance of their collaborative efforts, stating, “ADI is committed to advancing 6G research and development and adoption, which will bring higher bandwidth, lower latency, and greater reliability. ADI’s FR3 signal chain with Keysight’s PNA-X Network Analyzer solution is a perfect example of our mutual desire to accelerate the next generation of wireless.”
Similarly, Lucas Hansen, Vice President of Wireless and 6G at Keysight, highlighted the broader implications of their partnership: “Our partnership with ADI on FR3 characterization is about more than just validating devices—it’s about building the 6G foundation. Keysight’s next-generation test and measurement solutions equip the industry with the tools needed to confidently innovate, paving the way for faster, more reliable 6G deployments.”
4. Looking Ahead: The Future of Wireless Communication
The collaborative demonstration at MWC 2025 not only showcases cutting-edge technology but also reflects a shared vision between Keysight and ADI to drive the future of wireless communication. As the demand for higher bandwidth and lower latency continues to grow, the advancements made in FR3 characterization will be pivotal in ensuring that the next generation of wireless networks meets global connectivity needs effectively.
Keysight’s attendance at MWC 2025 underscores its commitment to leading the way in wireless innovation, providing solutions that empower engineers across various industries including telecommunications, automotive, and aerospace.
In conclusion, the partnership between Keysight Technologies and Analog Devices represents a significant stride towards the realization of 6G technology, setting the stage for the future of wireless communication. Attendees at Mobile World Congress 2025 are encouraged to visit Keysight’s booth to explore these advancements and engage with industry experts on the forefront of technological innovation.
