AT&T Inc led bidders in the Federal Communications Commission (FCC) 5G spectrum auction of 3.45 GHz band spectrum, winning $9 billion in bids, the US regulator said on Friday. The auction generated proceeds of $22.5 billion in total, the FCC said.
Read moreIs UK 5G C band?
The 5GHz spectrum in the UK runs from 5150MHz (5.15GHz) to 5850MHz (5.85GHz). This is then broken down into 3 different bands (Band A, B and C). Each band has its own maximum allowed effective radiated power output and specific rules as to where it can be used and whether a licence is required to operate within it.
Read moreWho owns most 5G spectrum UK?
O2 acquired the most, winning all 40MHz of the 2.3GHz spectrum that was being auctioned (paying £205,896,000), as well as 40MHz of 3.4GHz spectrum (for which it paid £317,720,000). … First 5G Spectrum Auction Results Summary (5th April, 2018) Operator2.3GHz Spectrum Won3.4GHz Spectrum WonEENil40MHzThreeNil20MHz5G UK auction: Everything you need to know 5g.co.uk › 5G guides
Read moreIs 5G auction done?
5G spectrum auction could be held in May this year . 5G roll out is expected to happen in India by the end of 2022. Only 13 metro cities will first get 5G services in India.
Read moreWho won 5G auction?
AT&T Inc. emerged as the biggest spender in a major auction for 5G wireless spectrum that brought in more than $22.5 billion in total proceeds, the Federal Communications Commission announced Friday.
Read moreWhat 5G bands are used in the UK?
The current deployments for 5G in the UK and much of the world have been using the 3.4-3.6 GHz sub-part of the mid-band spectrum, or more recently up to 3.68 GHz in the UK including the 3.605-3.68 GHz spectrum of Three UK (extended downwards to 3.6 GHz recently by Ofcom, permitting Three to use a contiguous 100 MHz at …
Read moreWho has most 5G spectrum?
Verizon is deploying C-Band spectrum more quickly than AT&T. Its so-called 5G Ultra Wideband network will cover 100 million people in more than 1,700 cities by the end of January, using C-Band and mmWave spectrum.
Read more