The Federal Communications Commission (FCC) has awarded SpaceX’s Starlink a groundbreaking commercial license to operate its Direct-to-Cell (DTC) service across the United States. This milestone decision marks a significant shift in satellite-based cellular connectivity, potentially eliminating dead zones in remote areas.
The approved license encompasses operations for second-generation Starlink satellites, with permission to orbit approximately 200 kilometers closer to Earth. This adjustment aims to reduce latency and improve service quality for future users. SpaceX has already deployed over 320 cellular-enabled satellites, establishing the foundational infrastructure for their DTC network.
Early testing demonstrates promising results:
- Download speeds reaching 17Mbps
- Signal penetration through physical barriers
- Connectivity maintenance in pocket-carried devices
The FCC’s 59-page order presents a measured approach to implementation. While granting core operational authority, several key decisions remain pending:
Emission Limits
The commission has postponed ruling on SpaceX’s request to exceed standard radio emission parameters, which the company argues are necessary for supporting voice calls and video streaming.
Satellite Deployment
Current authorization maintains the previously approved 7,500 second-generation satellites, with the commission deferring decision on SpaceX’s request for an additional 22,488 units.
T-Mobile stands as SpaceX’s primary telecommunications partner in this venture. The collaboration aims to:
- Initially launch text messaging capabilities
- Expand to voice services by 2025
- Integrate internet browsing functionalities
Competing carriers, including AT&T and Verizon, have expressed concerns about potential network interference, particularly regarding the proposed emission limit modifications. These objections highlight the complex balance between innovation and existing infrastructure protection.
Ben Longmier, SpaceX’s Senior Director of Satellite Engineering indicates an imminent employee beta testing phase, signaling the service’s approaching public debut. The company must coordinate with NASA for satellites operating in the 340-360km altitude range, ensuring safe space operations.
This FCC grant positions SpaceX at the forefront of satellite-to-device communication, though with measured regulatory oversight. As the direct-to-cell service prepares for launch, it’s clear that this cellular starlink isn’t just reaching for the stars – it’s bringing them closer to Earth.
Related Post
SpaceX Starlink Direct to Cell Service, Video Call on X via Starlink DTC Satellites
Rogers Partners with SpaceX: Bringing Starlink Direct-to-Cell Service to Canada
SpaceX Seeks FCC Approval for 30,000 Starlink Satellites Gen2: Gigabit Internet Coming?