Category Archives: Spectrum

A Gold Medal in Spectrum Auction Valuation: 3500 MHz Canadian Auction

The Canadian auction for an average of 111 MHz in the 3500 MHz band raised a record setting C$8.91 billion (US$7.16 B). That’s an average of C$2.28/MHz-PoP (US$1.83); or a global record high for this spectrum band. Or, to bring another meaning into this, operators paid C$270 for each mobile subscriber! For another perspective, the US C-band auction… Read More »

Dynamics of the Canadian 5G Midband Spectrum Auction

The market landscape and auction structure make the Canadian 3500 MHz midband spectrum auction an interesting one to watch. The auction will kick off on June 15 to release an average of 111 MHz of which around 50 MHz will be set aside for regional wireless operators. This is relatively small in terms of what 5G requires to… Read More »

FCC C-Band Auction 107 Outcome and Consequences

Update: The assignment phase concluded since I wrote this post. You can download summary of the results by entering your name and email here. The clock phase for FCC C-Band Auction 107 has concluded in 97-rounds raising a record $80.92 Billion. The auction moves to the assignment phase. The proceeds exclude up to $13 B in additional fees… Read More »

Spectrum Pricing Trends in Millimeter Wave Bands

Written in collaboration with Martyn Roetter* Countries across the world have been releasing new spectrum for 5G deployments in millimeter-wave spectrum bands (mmWave), while others are planning to do so soon.  Although a few governments have awarded mmWave spectrum via administrative processes at little or no cost to operators (Japan, Hong Kong), in most cases the procedure for… Read More »

CBRS PAL Spectrum Valuation

Spectrum pricing is a function of supply and demand. Over the course of recent 5G spectrum auctions, regulators demonstrated, yet again, their influence on the outcome. Italy and Taiwan are two examples which set a record valuation for the 3.5 GHz auction. This year, we will see one of the largest auctions ever: the CBRS auction scheduled to… Read More »

5G Spectrum Valuation Benchmarks

How much is 5G spectrum worth? Xona Partners published two reports on recent 5G spectrum auction valuation benchmarks. The first is a report on international mid-band spectrum auctions in the 3 – 5 GHz band. The second is a report on millimeter wave spectrum auctions in the 24 – 42 GHz bands. Both reports provide details of the… Read More »

The Skyrocketing C-Band Valuation

The FCC concluded Auction 102 netting over $2 billion for over 2,900 licenses in the 24/25 GHz band. A good milestone, but more critical is the availability of 3.5 GHz spectrum which has better performance tradeoffs than millimeter wave spectrum. With all the talk about the ‘5G race’, availability of mid-band spectrum makes the most difference on who… Read More »

3.5 GHz Spectrum Valuation Setting New Records

Results from the recent UK spectrum auction and the minimum price set by the Korean regulator show record 3.5 GHz spectrum valuation. UK operators paid £1.16 Billion ($1.64 Billion) for 150 MHz. In Korea, the regulator asked for close to $2.5 Billion for 280 MHz. For comparison, the 3.5 GHz UK spectrum is more than 5x the price paid… Read More »

5G mmWave Spectrum: Was Straight Path Worth the Price?

This past week saw Verizon overtaking AT&T in bidding for Straight Path Communications, owner of 28 and 39 GHz ‘5G’ spectrum, closing the contest at $3.1 Billion, more than double AT&T’s initial bid of $1.25 Billion ($1.6 B transaction value). The acquisition is framed within the context of spectrum for 5G services. What makes this an interesting case… Read More »

600 MHz Incentive Auction: Beating Disappointment

Bidding on the 600 MHz ‘incentive band’ stopped at $19.63 billion. The assignment phase now in progress to decide on specific allotments.  Detailed results will be announced a few weeks after that concludes. Verizon, AT&T, T-Mobile, Dish and Comcast are among the bidders with Sprint a notable absentee. It will be a few short years before this new… Read More »