09.23.25 -- 5G/6G Success Depends On MIMO/Beamforming, Powering AI With Low-Loss Capacitors, What Is Phase Noise & More

AI large language models' rapid growth increases power consumption, prompting the need for efficient data center power converters, such as LLC resonant converters, to improve efficiency.

Learn how switch matrices can be used to extend the port count of VNAs to meet the testing demands of the latest wireless standards and sensing technologies.

Phase noise is a measurement in the frequency domain. If left unchecked, it can degrade signal integrity, cause interference with nearby channels, and increase bit errors along a signal path.

Two companies bring UWB technology to youth soccer, delivering affordable, cloud-powered player tracking that motivates athletes and showcases ultra-wideband’s transformative potential beyond industrial settings.

Explore methods to improve wireless communication testing accuracy through vector network analyzers and reflectometers, addressing challenges such as impedance mismatch and frequency response errors.

Since sixth-generation (6G) wireless networking technology is considerably more complex than its predecessors, it will depend on various modern technologies. Of all these cutting-edge tools, network digital twins are the most important. This technology will be fundamental in deploying next-gen wireless communication systems at scale.