Spectrum

A high-stakes auction of government-owned airwaves to mobile broadband providers is set to drop a record windfall exceeding $80 billion into the US Treasury. Two additional auctions of wireless frequency bands, called spectrum, are on tap for 2021 and slated to follow the same course. The nation has become painfully aware of the digital divides that are widening inequality, slowing productivity, and impeding innovation.

SpaceX and Dish Network are fighting at the Federal Communications Commission over Dish's attempt to block a key designation that SpaceX's Starlink division needs in order to get FCC broadband funding. Dish's "baseless attempt" to block funding "would serve only to delay what matters most—connecting unserved Americans," said SpaceX in a filing.

While you probably never thought you needed to understand the intricacies of how cellular networks operated by AT&T, T-Mobile and Verizon work, some big news that affects those operations will have real-world impacts on the services that they offer and that we rely on. In every country around the world except the US, 5G networks have been built around mid-band spectrum because it offers the right combination of coverage area and width of data lanes over which our TV shows can be streamed, Instagram posts uploaded, worldwide web browsed, etc.

The Federal Communications Commission announced the winning bidders and the final bid totals in Auction 107—commonly referred to as the C-band auction. Auction 107 net winning bids totaled $81,114,481,921 and gross winning bids totaled $81,168,677,645. Twenty-one bidders won all of the available 5,684 licenses. Verizon was the big winner -- nearly $45.5 billion spent to gain 3,511 licenses. AT&T was a distant second: nearly $23.5 billion spent on 1,621 licenses. T-Mobile spent $9.3 billion on 142 licenses. Down payments on the spectrum licenses are due March 10.

The Federal Communications Commission’s Wireless Telecommunications Bureau granted an additional 21 spectrum licenses in the 2.5 GHz band to help connect rural Tribal communities across the country. To date, the agency has granted 205 licenses in the 2.5 GHz band to help address rural Tribal connectivity needs. These licenses provide for exclusive use of up to 117.5 megahertz of 2.5 GHz band spectrum that Tribes can use to connect their rural communities to wireless broadband and other advanced services.

A flurry of orders, rulemakings, inquiries, and adjudications aimed at advancing the United States’ economic recovery and preparing for a post-COVID world.:

FCC Acting Chairwoman Jessica Rosenworcel shared with her colleagues a proposal to open a formal discussion on Open Radio Access Networks—sometimes called Open RAN—the opportunities they present, and what the FCC should be doing to promote the concept.

Federal Communications Commission Acting Chairwoman Jessica Rosenworcel shared with her colleagues a draft Order that would make much-needed mid-band spectrum available for 5G. If adopted at the FCC’s March 17 Open Meeting, 100 megahertz of mid-band spectrum in the 3.45-3.55 GHz band would be made available for auction and 5G deployment across the contiguous United States.

We’ve been promised a fourth industrial revolution with fantastical things like remote surgery and driverless cars. Instead, what we have now is widespread 5G that’s more or less the same speed as (or even slower than) 4G and super-fast mmWave 5G in some parts of some major cities with highly limited range. So where is this 5G future we’ve been promised? The truth is that it’s coming along, but it will materialize more slowly and in less obvious ways than what we’ve been led to believe.

Strong and unified leadership by the US government is needed to preserve and advance Global Positioning System (GPS) leadership that recognizes the inherently unique functional and technical attributes of GPS. As a satellite-based navigation system, GPS operates in a manner that is distinctly different from terrestrial-based communications services.