The FCC also granted Starlink's request to provide service to cell phones (aka "direct-to-cell") outside the United States. For non-US operations, Starlink must obtain authorization from the relevant governments. The non-US operations are authorized in various sub-bands between 1429 MHz and 2690 MHz.

However, as The Verge points out, there are some restrictions in the FCC filing. SpaceX cannot yet increase the radio emission power of its Starlink satellites. Companies such as

The FCC has granted SpaceX permission to go forward with plans to offer a direct-to-phone version of its Starlink satellite internet service, with

The FCC approved T-Mobile and SpaceX's license to provide supplemental telecom coverage from space to eliminate dead zones.

Starlink’s Direct-to-Cell technology represents a significant leap forward in mobile telecommunications. By partnering with leading telecom companies around the world, including T-Mobile in the U.S., Starlink aims to bridge connectivity gaps that have long plagued rural and isolated areas.

Using satellites as a backup for cell service, and providing coverage in areas where traditional service doesn't cover, just took a big step forward.

SpaceX’s Starlink satellite network has earned a groundbreaking Federal Communications Commission (FCC) approval, marking a significant step toward delivering direct-to-phone connectivity for T-Mobile customers.

The companies announced a partnership in 2022 and the first set of satellites for the venture were launched into low-Earth orbit in January.