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 ...

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) ...

It’s the end of 2025, and last month I received a text message from EE, the network I use, saying improvements would be taking place in my area. The week after, a little 5G icon appeared for the first ...

David Lumb is a senior reporter covering mobile and gaming spaces. Over the last decade, he's reviewed phones for TechRadar as well as covered tech, gaming, and culture for Engadget, Popular Mechanics ...

Operating at millimetRE-wave frequencies introduces a set of engineering challenges that extend far beyond traditional radio frequency testing ...

How hardware and antenna design is impacted by mmWave 5G operation. The nature of validation-test challenges imposed by the new paradigm. What to look for in a multi-DUT test setup. We’re living in an ...

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 ...

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.

BBN-led team will initially build a smart spectrum manager that can detect radar use, predict 5G interference, and reroute traffic.

It is common knowledge that communicating over WiFi is more efficient than using the 5G cellular network, but by ...

Andy is a seasoned technology journalist with more than 15 years experience in the mobile industry, writing for Digital Trends, Wired, and more. During that time he has reviewed hundreds of ...