by Mirva Villa
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...
by Mirva Villa
WRC-23 brought satellite developments in the band. Read more...
by Mirva Villa
Originally licensed in the 1980s for CDMA services, 850 MHz spectrum has progressively been repurposed for use by 4G and 5G, enabling the shutdown of legacy 2G and 3G networks. It is mainly used in the Americas and Asia and uses similar spectrum to the 800 MHz band which is… Read more...
by Mirva Villa
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...
by Toby Youell
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...
by Toby Youell
The band is currently only licensed in two countries: the USA and Canada, although Mexico, Saudi Arabia, and a growing number of other economies plan to award 600 MHz. Its long term prospects are intertwined with the future of terrestrial broadcasting. Read more...
by Toby Youell
A 5G-only band that could form an attractive alternative or complement to the C-Band in Asia, Africa, and the former Soviet Union. Its use in the West is limited by military and public safety considerations. Read more...
by Toby Youell
The band is so far only licensed in two countries: the USA and Canada. Mexico and a growing number of other economies plan to award 600 MHz, but its long term prospects are intertwined with the future of terrestrial broadcasting. Read more...
by Patrick Gahan
The 3-6 GHz range is home to 3.3 - 3.8 GHz, where the first 5G services are likely to be deployed in most countries. It includes a less popular 5G option, 3.7 - 4.2 GHz, a predominantly Asian 5G band at 4.4 -5 GHz as well as the 5 GHz… Read more...