Monica Alleven

T-Mobile told a Washington (DC) court not to grant Dish Network’s request for more time to purchase T-Mobile-s 800 MHz spectrum, essentially saying a deal’s a deal and other potential buyers are in the wings. Dish asked the US District Court for the District of Columbia to give it 10 more months to get the financing together to buy T-Mobile’s 800 MHz spectrum for about $3.6 billion. Dish cited the COVID-19 pandemic, the war in Ukraine, and other macroeconomic conditions that led to substantial inflation and rising interest rates since a Final Judgment was issued in April 2020.

Dish Network isn’t the only entity eyeing T-Mobile’s 800 MHz spectrum. Someone else who’s intimately affiliated with the spectrum is showing an interest, and it’s not one of the big wireless carriers. Burns & McDonnell (B&M), a large engineering and consulting firm, is seeking permission to participate in the court proceeding where Dish is asking for more time to buy T-Mobile’s 800 MHz spectrum licenses, according to a research note by New Street Research (NSR). Dish filed for an extension with the US District Court for the District of Columbia earlier in August, 2023.

In 2022, a study commissioned by CTIA basically called Citizens Broadband Radio Service (CBRS) a failure, in part due to its low power levels and limited use cases. Some saw it as a smear campaign against CBRS because CTIA would prefer the 3.1-3.45 GHz band to be licensed rather than end up looking more like CBRS, which involves a three-tiered sharing system to protect Department of Defense (DoD) incumbents. Federated Wireless 

Network restoration crews employed by wireless operators are accustomed to responding to emergencies caused by hurricanes, but the wildfires that devastated western Maui (HI) are a completely different animal. “We’re working around the clock.

Dish Network wants to buy 800 MHz licenses from T-Mobile, but it doesn’t have $3.5 billion on hand to finance the purchase, so it’s asking the US government to give it 10 more months to come up with the capital. In a filing with the US District Court for the District of Columbia, Dish argues that turmoil in global capital markets in the past few years have made Dish’s ability to buy the licenses more onerous than anticipated. Dish figures that 10 months is enough time to raise additional capital and obtain financing, in part because its just-announced 

AT&T, which was the second biggest spender in the Federal Communications Commission's C-band auction in 2021, is taking advantage of the satellite companies’ early clearing of the band to access its full C-band spectrum holdings. AT&T has been deploying a combination of C-band and 3.45 GHz across the country, with its 5G network mid-band network now covering more than 175 million people. AT&T’s nationwide 5G network, which includes low-band spectrum, covers about 290 million people. AT&T said it’s now doubling its available C-band spectrum for deployment.

The 5G for 12 GHz Coalition is urging the Federal Communications Commission to take action by December 31, 2023, to expand the 12.2 GHz band for terrestrial fixed use, giving entities like Dish Network the ability to use the band for fixed wireless access (FWA). The 12.2 GHz band is currently allocated to Direct Broadcast Satellite (DBS), non-geostationary orbit fixed satellite service (NGSO FSS) and fixed service.

Republic Wireless, once a pioneer in the “Wi-Fi first” movement, will stop operating as a stand-alone wireless brand. Dish acquired the business in 2021 and is moving all Republic customers over to Boost Infinite.

Representatives for T-Mobile and Ka’ ena Corporation met with Federal Communications Commission officials to argue why T-Mobile should be able to acquire Mint Mobile and Ultra Mobile from Ka’ ena. According to a June 5 , 2023 filing with the FCC, T-Mobile presented a PowerPoint spelling out why the transaction will not harm the competition or consumers.

Ericsson and MediaTek say they set a new 5G upload record of 440 Mbps using uplink carrier aggregation (CA). That uplink speed was achieved in an Ericsson lab. The test was performed with Ericsson’s Radio Access Network (RAN) Compute Baseband 6648 and a mobile device using a MediaTek Dimensity 9200 flagship 5G smartphone chipset. Specifically, the CA combination involved here was 50 MHz FDD 2.1 GHz and 100 MHz of TDD C-band, or 3.7 GHz.