Category: Telecom/Wireless

Illustration: iStockphoto Advertisement Editor’s Picks This is a guest post. The views expressed in this article are solely those of the blogger and do not

Photo: Joni KurvinenA prototype phone designed by researchers at Aalto University demonstrates the coexistence of mm-wave and LTE antennas within a single device. Advertisement Editor’s

Photo: Vodafone Advertisement Editor’s Picks The inconvenient truth of future 5G networks is that their increased high-speed bandwidth and use of the millimeter wave spectrum

Photo: Michael KoziolA screen shows signals transmitted by AIs (identified by name and color at the top) as the systems try to beat out a

Illustration: iStockphoto Advertisement Editor’s Picks Around the world, the deployment of 5G is well underway as providers build infrastructure and government agencies allocate spectrum for

Photo: Andreas BergmeisterSeveral companies worked together to demonstrate download speeds of 560 megabits per second in a 20-kilometer tunnel as part of Norway’s Follo Line

Illustration: IEEE Spectrum; Logo: Amazon; Icon: Shutterstock Advertisement Editor’s Picks What do a Silicon Valley massage spa, a local community college, and a Californian plastics

Photo: Instituto de Telecomunicações Advertisement Editor’s Picks Back in June of this year, the component technologies for 5G continued their inexorable march forward with Release 15

Illustration: Berk Akgun Advertisement Editor’s Picks As wireless communications systems have to accommodate an ever-increasing number of data transfers, a lack of sufficient protocols for

Illustration: iStockphoto Advertisement Editor’s Picks Millimeter waves aren’t just for 5G networks. The gigahertz frequencies could also be a boon for Wi-Fi. Routers like the Nighthawk