As the Department of Defense prepares to free up some of its operational spectrum to support the development of commercial 5G wireless, it is looking to industry for potential alternatives to ...

The importance of wireless access – and therefore spectrum – for rural communities and users is increasing rapidly, both for personal and business or government purposes. Beyond mobile broadband, ...

In what it says will provide a boost for the country’s economy, UK comms regulator reveals proposals for mobile and Wi-Fi to share some of the same airwaves.

The Defense Department and wireless industry agree freeing up government owned spectrum is a good idea, but they disagree how about how to do it. Marguerite Reardon started as a CNET News reporter in ...

In a break with the EU, Ofcom is pushing on with its plan to implement shared use of the upper 6 GHz band for both Wi-Fi and ...

Sharing is caring, or so we’ve been taught. It’s a good principle not just from a moral point of view, but from a technology standpoint, too. Take, for instance, the Internet. Federal Communications ...

The U.S. Federal Communications will soon move forward on a 2-year-old proposal to experiment with spectrum sharing in an effort to deal with a skyrocketing demand for mobile data bandwidth and ...

Accessible radio frequencies are crucial for warfighter training, testing and operations. Ensuring access to the necessary electromagnetic spectrum for U.S. Defense Department missions is not an easy ...

Swedish comms tech provider Ericsson has announced that its Ericsson Spectrum Sharing (ESS) technology is now commercially available and will be rolled out by leading service providers in Europe.

Two months ago, the President’s Council of Advisors on Science and Technology (PCAST) unveiled a bold plan to share 1,000MHz of federal spectrum with cellular providers. It wasn’t exactly what ...

When AM radio was in its infancy, stations in the U.S. broadcasted on one of three frequencies, which resulted in interference if two in the same area used the same frequency at the same time. Not ...