5G spectrum auction in 24 GHz band raises $1.9 bn: FCC

The FCC has revealed the end of the 5G spectrum auction in the 24 GHz band by raising $1.988 billion for the millimeter wave (mmWave) band for 5G services.
AT&T 5G network expansion
FCC said bidders won 2,904 of 2,909 available 5G licenses during the clock phase of Auction 102 that ended on April 17 after 91 rounds of bidding over 25 days.

Some of the qualified bidders include AT&T, Docomo Pacific, T-Mobile, US Cellular, among others, an earlier document from FCC indicated.

The first day of the FCC’s Auction 102 for spectrum at 24 GHz had closed with $304 million raised in bids for the millimeter wave (mmWave).

Analysts said the results of both Auction 102 and Auction 101 provide a clear indication that the wireless industry views millimeter wave spectrum as an important part of the country’s 5G future.

Auction 102 offered up to 700 MHz of 24 GHz spectrum in markets covering the entire US, and follows a similar auction of 28 GHz spectrum in a smaller number of markets that ended in January 2019 (Auction 101).

Winning bidders will now have the opportunity to bid for frequency-specific licenses in the assignment phase of Auction 102.

FCC said on Wednesday that it will release a public notice soon announcing further details regarding the assignment phase, including the date and time when bidding in the assignment phase will commence.

0 0 votes
Article Rating
Subscribe
Notify of
guest
0 Comments
Oldest
Newest Most Voted

Latest

More like this
Related

AT&T Bets $23 bn on 5G Expansion with Ericsson, Promises Faster Speeds, Better Coverage and AI-Ready Network

AT&T is accelerating its 5G network expansion after completing...

SoftBank Q1 FY2026-27 Revenue Hits ¥1.81 Trillion as AI, Cloud, Broadband and Enterprise Growth Drive Record Quarter

SoftBank reported record first-quarter revenue of ¥1.8147 trillion for...

Deutsche Telekom H1 2026 Revenue Reaches €59.8 bn as 5G, Fiber, Broadband and T-Mobile US Drive Growth

Deutsche Telekom has reported strong operating momentum in the...