by Dianne Northfield
Nations in all regions of the world are progressively assigning 26/28 GHz spectrum for 5G/IMT, particularly in the 26 GHz range, and many are also earmarking high-band spectrum for localised use by private networks. Thirty nations have now assigned 26 or 28 GHz spectrum, with 36 nations in the planning… Read more...
by Richard Handford
New Zealand is proposing an unusual sharing model which splits the band. The bottom part will be shared between the two services and the upper part will be primarily allocated to satellite. Read more...
by Dianne Northfield
Thirty nations have assigned 26 GHz or 28 GHz spectrum or both, with ten of these nations planning further assignments. The majority of these assignments are in Asia (40%) and Europe (35%), although nations in all regions of the world are now looking to award spectrum in these high-bands. Read more...
by Dianne Northfield
Thirty-six countries spanning all regions of the world are in the planning stage for the release of 26 GHz and/or 28 GHz spectrum, up from 28 in 2022. In many cases this activity is part of the release of spectrum across multiple bands and a number of regulators are planning… Read more...
by Dianne Northfield
As nations continue to release 26 and 28 GHz spectrum for 5G and localised use, there is wide variance in the approaches taken in terms of spectrum amounts assigned and assignments per operator, the geographic scope of licenses and assignment mechanisms. Read more...
by Dianne Northfield
This table shows the ranges which national administrations have released for mobile, or are planning to release. Read more...
by PolicyTracker
Use this table to drill down into completed and planned assignments. The maps give an instant overview of national progress. Read more...
by Laura Sear
Leading up to WRC-23, space weather observation urges ITU member states to define and acknowledge its spectrum usage. James Morrow from the UK Space Agency explains to PolicyTracker why this spectrum usage is vital. Read more...
by Mirva Villa
The antennas performed very well compared to their traditional counterparts in mmWave frequencies. Read more...
by Mirva Villa
Communications Commission (ComCom) Read more...