T-Mobile launched the millimeter wave (mmWave) version of 5G roughly three years ago across parts of a half-dozen US cities. But the company has taken a far more pragmatic approach to supporting and promoting the technology when compared with rivals such as Verizon.23 Kas 2021
Read moreDoes T-Mobile use sub-6 5G?
T-Mobile 5G bands: How they work Thus far, the focus has been on using sub-6GHz spectrum , which has an extensive reach, but only modestly faster speeds than LTE. This approach has formed the backbone of the nationwide 5G coverage T-Mobile launched in late 2019.18 Mar 2022
Read moreDoes T-Mobile really have nationwide 5G?
“While T-Mobile already has the best 5G coverage in the nation, the company has also made considerable gains in speeds thanks to the rapid nationwide rollout of its mid-band 5G network , which delivers a real, meaningful performance boost.” For more information on T-Mobile’s network, visit T-Mobile.com/coverage.
Read moreIs T-Mobile 5G sub-6 or mmWave?
Thanks to the combination with Sprint, the new T-Mobile controls 319 megahertz of sub-6 GHz low and mid-band spectrum nationwide, which is nearly double that of AT&T and nearly triple that of Verizon. T-Mobile also has more than 1,100 megahertz of mmWave spectrum, which is more than AT&T, he added.
Read moreDoes T-Mobile support 5G mmWave?
T-Mobile has already deployed a nationwide 5G network on its low-band Extended Range 5G spectrum and is adding even more speed and capacity with its Ultra Capacity 5G spectrum. T-Mobile also has mmWave spectrum that has been deployed in a few cities .
Read moreDoes T-Mobile use sub-6 or mmWave?
It’s important to note that both phones only support sub-6 GHz frequencies and not mmWave —not even the mmWave frequencies that T-Mobile has already deployed in several cities around the country. In other words, these phones can “see” and work with one kind of T-Mobile 5G service, but not the other.2 Ara 2019
Read moreDoes T-Mobile use mmWave?
T-Mobile will continue building out 5G in millimeter wave (mmWave) , where it makes sense, like dense urban areas. Millimeter wave delivers massive capacity, but only over a very small footprint.
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