Ofcom Confirms Participants for Upcoming mmWave Spectrum Auction
Briefly

Ofcom Confirms Participants for Upcoming mmWave Spectrum Auction
"The UK telecoms regulator Ofcom has officially confirmed the mobile network operators that will participate in the highly anticipated millimetre wave (mmWave) spectrum auction. The auction, which will release valuable spectrum in the 26 GHz and 40 GHz bands, is a key step in advancing the UK's 5G infrastructure, particularly in densely populated urban areas.Confirmed ParticipantsThree major telecom players have been approved to take part in the auction:"
"What's at Stake?Ofcom will auction off 5.4 GHz of spectrum, divided into 200 MHz lots across the 26 GHz and 40 GHz bands. The 26 GHz lots carry a reserve price of £2 million, while the 40 GHz lots start at £1 million. These bands are ideal for high-capacity, low-latency applications such as: Enhanced mobile broadband in crowded venues Industrial automation Virtual and augmented reality experiences Smart city infrastructure"
"Timing and Market ImpactOfcom announced the auction is to start tomorrow. Bidding will take place in two separate stages: Principal stage. Companies first bid for airwaves in 'lots' to determine how much spectrum each company wins in each band, but not the specific frequencies within each band. Bidding will continue for as long as there is excess demand for the spectrum available."
Ofcom approved EE, Telefonica UK (on behalf of Virgin Media O2), and Vodafone Limited (on behalf of VodafoneThree) to participate in a mmWave spectrum auction releasing 5.4 GHz across the 26 GHz and 40 GHz bands. The auction will offer 68 high-density area licences in major cities to support ultra-fast 5G deployments. Spectrum will be sold in 200 MHz lots with 26 GHz lots carrying a £2 million reserve and 40 GHz lots a £1 million reserve. Target use cases include enhanced mobile broadband, industrial automation, virtual/augmented reality, and smart city infrastructure. Bidding opens tomorrow in a principal stage followed by an assignment stage to determine specific frequencies.
Read at Global IP & Technology Law Blog
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