Monica Alleven

AT&T claims it is the first carrier in the U.S. to introduce 5G Reduced Capability (RedCap) technology for the IoT sector, with commercial service now available in select areas of the Dallas metro area. The service was launched on June 14 via a software upgrade from Ericsson, but AT&T is working with both Ericsson and Nokia on its RedCap rollout, according to Jason Sikes, AVP of Device Architecture at AT&T. RedCap stands for “reduced capability,” which sounds like something’s gone missing, but it actually refers to reduced complexity and therefore, reduced costs.

Once more, legislation addressing some of the nation’s biggest spectrum issues is scheduled for a markup, but it’s not winning any accolades from the U.S. wireless industry’s biggest trade group. The Spectrum and National Security Act – introduced by Senate Commerce Committee Chair Maria Cantwell (D-Washington) in April 2024 – was most recently set to be marked up on June 12. That was postponed and rescheduled for Tuesday, June 18.

Verizon is among several entities that told the Federal Communications Commission to hold off on any plan to grant FirstNet – and by extension AT&T – a nationwide license to the 4.9 GHz band. In case you aren't up to speed, here's the recap: The Public Safety Spectrum Alliance (PSSA) supports a proposal to assign the 4.9 GHz band to FirstNet, which runs on AT&T’s network. The Coalition for Emergency Response and Critical Infrastructure (CERCI) opposes that plan and argues that the 4.9 GHz band should remain in the control of local authorities.

Judging by the online comments, T-Mobile’s price increase didn’t go over well. That’s putting it mildly—and it’s also no surprise. People generally don’t like to be told their monthly bills are increasing. But in T-Mobile’s case, customers are seething because T-Mobile is raising prices on plans that were offered with “guarantees” they wouldn’t go up, such as T-Mobile One plans. A T-Mobile spokesperson said customers who have Price Lock are still covered under that guarantee.

T-Mobile acquired a boatload of 2.5 GHz spectrum when it acquired Sprint in 2020, and it paid $304 million to win the lion’s share of licenses in the Federal Communications Commission’s Auction 108. Now it’s involved in a spectrum swap with SoniqWave Network to get even more 2.5 GHz spectrum.

Dish Network recently revealed that it was not going to buy the 13.5 MHz chunk of nationwide 800 MHz spectrum from T-Mobile. Since then, questions brewed: Who will buy it? Does anyone have $3.59 billion at their disposal? If so, what will they do with it? T-Mobile CEO Mike Sievert confirmed the auction has begun. “We have commenced. We have interested parties.

It may seem as though the Competitive Carriers Association (CCA) has been talking about the lack of adequate Rip and Replace funding for years—and it has been. But now things are really starting to hit the fan. Congress created the Rip and Replace program in 2020 to get Chinese components out of US wireless networks, but the funding fell $3 billion short of what’s needed to finish the job.

They’re calling it a moonshot—akin to sending men to the moon in the 1960s.

Now that Dish Network has said it will not be buying the 13.5 MHz chunk of nationwide 800 MHz spectrum from T-Mobile that it was entitled to for $3.59 billion, all eyes are on the upcoming auction. Technically, Dish has until April 1 to exercise its option to buy the 800 MHz spectrum. Should April 1 come and go without Dish exercising its option, T-Mobile is obligated to take the spectrum to auction with a floor price of just under $3.6 billion. “We haven't commenced that auction yet, but should they choose not to exercise it, that'll be the next step for us,” he said.

The good news is UScellular ended 2023 with 114,000 fixed wireless access (FWA) customers. The bad news? The company lost about 53,000 postpaid phone customers, exacerbating a string of previous losses. Besides competing with the Big 3 mobile carriers, UScellular, a regional wireless carrier, is grappling with the rise of cable companies in wireless.