T-Mobile has officially launched its Starlink-powered satellite service, known as T-Satellite, which aims to enhance connectivity in remote regions where major mobile networks have yet to establish coverage. This newly introduced service is particularly noteworthy for its ease of use; customers can connect to the satellite network without the need to download apps or modify settings on their devices.
T-Mobile’s T-Satellite leverages over 650 satellites orbiting Earth, ensuring users can automatically connect as their smartphones seamlessly switch between satellites. However, users may experience brief interruptions when transitioning from one satellite to another due to their movement.
The service is compatible with a wide range of mobile devices—over 60 in total—including iPhones from the 13 series onward, Samsung Galaxy S21 and later models, and Google Pixel phones down to the Pixel 9. Notably, the service also supports the latest models of Motorola Razr and Samsung Galaxy A series.
For customers on T-Mobile’s Go5G Next or Experience Beyond plans, T-Satellite is available at no additional cost. For other T-Mobile customers, the service is offered at $10 per month per line, though this price is set to increase to $15 after an introductory period. Moreover, individuals with devices from other networks can also subscribe to T-Satellite for the same pricing options.
When compared to Apple’s existing satellite service, T-Satellite has both advantages and limitations. While Apple allows users to send and receive messages, contact emergency services, and utilize various features such as Find My and roadside assistance—all at no monthly cost—T-Satellite focuses solely on text messaging. Furthermore, T-Satellite supports a broader range of devices beyond just Apple products.
This new service addition from T-Mobile provides consumers with more options for staying connected, especially in areas with limited connectivity. As T-Mobile continues to expand its offerings into satellite services, it opens the door for enhanced communication in even the most remote locations, highlighting the potential for improved connectivity solutions in the future.