Adjacent to the upper 6 GHz band, this band is currently being studied at ITU level for potential mobile (IMT) use. Several incumbents in this range will likely need to migrate or share before it can be used for 5G or 6G. Read more...

The lower portion of 6 GHz has been allocated for unlicensed use (including Wi-Fi) in many countries, while the upper 6 GHz portion was recently identified for mobile (IMT) use for some regions at the World Radiocommunication Conference (WRC-23). In late 2024, Hong Kong became the first territory to hold… Read more...

The 4.4—4.8 GHz band will be studied for IMT for WRC-27 in Regions 1 and 3. There are a few existing allocations in the 4.9 GHz band as well as some allocations in the 4.4—4.5 GHz. Read more...

WRC-23 brought satellite developments in the band. Read more...

The US has recently adopted a new regulatory framework to allow satellite direct-to-device use of the band. Read more...

The lower portion of 6 GHz has been allocated for unlicensed use (incl. Wi-Fi) in many countries, while the upper 6 GHz portion was recently identified for mobile (IMT) use for some regions at the World Radiocommunication Conference (WRC-23). Following this identification, we expect more countries to begin allocating and… Read more...

5 GHz is a key Wi-Fi band which was extended further at WRC-19. The band has also hosted unlicensed versions of LTE in recent years, and is poised to do the same for 5G NR. Above 5850 MHz the band is generally allocated for Intelligent Transport Services, but there is… Read more...

This overview provides a high level view of the frequencies generally used for mobile broadband globally for both 4G and 5G. It also summarises some relevant recent trends. Read more...

The band is currently used around the world for 4G and is rapidly becoming a globally used 5G band. Read more...

The frequencies around 40 GHz are second tier mmWave 5G bands, regarded as less of a priority than 26 or 28 GHz. WRC-19 saw all of the band identified for IMT. Read more...