Dish Wireless loses more customers as its 5G network deadlines loom
Dish is under pressure to speed up the build of its 5G wireless network
Dish tested its 5G service in Las Vegas in late 2021 and it has plans to launch 5G in 25 other major metropolitan markets before expanding its service to other areas. The company needs to pay attention to the timing because it faces fines of up to $2.2 billion if it doesn’t meet the deadlines it set up with the FCC to cover a certain percentage of the country with its own 5G signals.
The 25 new markets that will carry Dish Wireless service include Albuquerque, New Mexico; Charlotte and Raleigh-Durham, North Carolina; Cleveland and Columbus, Ohio; Dallas, El Paso, Ft Worth, and Houston, Texas; Hartford, Connecticut; Indianapolis; Kansas City; Nashville; Norfolk, Richmond and Virginia Beach, Virginia; Oklahoma City; Orlando; Reno; Rochester and Syracuse, New York; Salt Lake City; Spokane, Washington; Springfield, Massachusetts; St. Louis; and Stockton, California.
Dish Wireless lost 245,000 wireless customers last quarter
Dish Wireless started with 9.3 million customers it obtained when it purchased Sprint’s pre-paid businesses including Boost Mobile. But that number has been dropping and during the fourth quarter, the company lost another 245,000 wireless customers (albeit lower than the year-ago quarter’s decline of 363,000 customers). It currently has over 8.5 million cellphone users as customers and with the number of Pay-TV subscribers declining, Ergen says that Dish will become a wireless giant focusing on this part of its business.
Mid-band 5G signals travel longer distances than mmWave airwaves. While they don’t deliver download data speeds in the range of 1Gbps as mmWave signals do, download data speeds for mid-band signals are usually in the neighborhood of 300Mbps. Low-band signals, which have the largest reach, are often no faster than advanced LTE networks.
Right now, when your phone shows a 5G connection, if you’re not in a major metropolitan area you are most likely connected with a low-band signal.
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