by Mirva Villa
The telco wants the shared spectrum regime in the 3.5 GHz band to be moved to enable a larger contiguous band for mobile operators. Read more...
by Laura Sear
Since the presidential election in early June, Mexico has been going through major political changes including a proposal to dissolve the Federal Telecommunications Institute (IFT). Read more...
by Laura Sear
Regulator IFT is consulting on an auction due in 2025. It has changed the framework from national licences to regional but high licence fees may still be an issue. Read more...
by Dugie Standeford
Flight delays and cancellations are possible from 1 July if planes fail to retrofit their altimeters to operate in the 5G C-band, according to US Secretary of Transportation Pete Buttigieg. Read more...
by Laura Sear
T-Mobile and investment firm WCO have been in dispute over EBS licences in the run-up to the 2.5 GHz auction due to start on 29 July. Read more...
by Richard Haas
Industry groups have raised concerns that millions of security alarms will become unusable as a result of the telco's decision to shut down its 3G network. Read more...
by Richard Haas
US regulator the Federal Communications Commission (FCC) has announced the winners of the 3.45 GHz auction that concluded in November. Read more...
by Alexandra Warren
A US appeal court has ruled in favour of the Federal Communications Commission (FCC) after telecoms giant AT&T challenged its decision to free up spectrum in the 6 GHz band for unlicensed use. Read more...
by Toby Youell
The prospect of repurposing the 3.7—4.2 GHz band has caused great excitement among spectrum policy experts in the US. But despite the country's relatively active secondary spectrum market, satellite operators are finding it difficult to sell their spectrum to mobile operators. Read more...
by Manuel R. Marti
Mexico’s telecommunications regulator, IFT, has announced that in the recent 2.6 GHz auction the only two participants –AT&T and Telefónica– have paid 2.1 billion pesos ($113.4 million) for a total of 120 MHz. Read more...