5G applications continue to grow, with a big part of that coming from IoT and connected devices. Market penetration in sectors such as automotive, entertainment, medical, construction, and security is ...

Implementation of the 5G radio frequency (RF) standard is increasing rapidly [1]. Over the past four to six quarters, there has been an increased focus on publications and products that have been ...

The next technological revolution is knocking at the door, with 5G NR and the internet of things driving massive equipment interconnectivity with ultra-low latency, secure communication, cloud and ...

The advent of chips supporting millimeter-wave (mmWave) 5G signals is creating a new set of design and testing challenges. Effects that could be ignored at lower frequencies are now important.

OSLO, Norway—Nevion’s VideoIP media orchestration platform was successfully used to demonstrate dynamic prioritization of live media signals over 5G connectivity as a proof of concept (PoC) during the ...

Non-terrestrial networks, combined with early 6G research, demand test equipment capable of handling extreme parameters and ...

The crowded RF spectrum, compounded by the explosion in application spaces joining the cloud, demands advanced development tools able to provide deeper insights into signals and their measurement. Our ...

Now 5G has arrived at home for me, six years after I first tested it. I admit the speeds are a disappointment. However, I’m ...

Rohde & Schwarz introduced the R&S SMM100A, presented as the only vector signal generator with mmWave testing capabilities in its class. Rohde & Schwarz' SMM100A is presented as the only vector signal ...

Between the three largest mobile carriers in the US, here's which one delivers the best (and most consistent) network signal.

CNET takes a ride with Verizon as it tests tomorrow's wireless network. The van may be slow, but the connection sure isn't. Roger Cheng Former Executive Editor / Head of News Roger Cheng (he/him/his) ...