12.18.25 -- Building Toward 6G, Inside The Promise And Power Of Wi-Fi 8, Intro To Microwave Power Modules & More

As mobile operators chase higher-frequency bands for speed and capacity, the 600–900 MHz bands remain vital for wide area coverage, energy efficiency, and bridging the digital divide.

Wi-Fi 8 is coming—bringing smarter, more efficient networking and advanced front-end innovations. Industry experts explain what design engineers need to know to stay ahead.

This new blog series emphasizes the importance of passive mobile network testing for the technology and deployment verification of 5G NR in the field and its future development.

D-Band (110–170 GHz) enables 6G, inter-satellite links, and high-resolution radar, but phase noise challenges require precise measurement to ensure system performance and signal integrity.

Launched in 1991, the tri-service MPM program advanced U.S. microwave tube innovation by uniting vacuum electronics and solid-state tech. This overview traces its development.

Over-the-air (OTA) testing, something not historically possible with past generations of wireless devices, has the potential to revolutionize wireless device testing while enabling innovative testing.

mMIMO boosts antenna counts for higher capacity, and GaN-on-SiC technology delivers the power and thermal performance needed to make large 5G antenna arrays possible.

With 5G evolving to higher frequencies, engineers are often challenged with the density and phase stability in newly designed products.

Discover this high-performance 5G mmWave front-end platform spans 24–48.2 GHz, reducing R&D costs and accelerating development for next-generation, high-capacity 5G infrastructure.