SpaceX plans to deploy Qualcomm-powered 5G equipment at tens of thousands of U.S. sites from 2027.
Why it matters: The agreement would expand SpaceX's mobile strategy beyond satellite connectivity into a planned terrestrial network. But spectrum, site access, backhaul, approvals, pricing and launch timing remain unresolved, so the competitive impact is not yet established.
- Qualcomm will supply Dragonwing QRU100 and QDU100 platforms, plus Layer 1 software for core radio-network processing.
- The multiyear agreement covers tens of thousands of U.S. sites, with deployment planned to begin in 2027.
- The planned radios have 64 transmit and 64 receive paths, allowing them to serve multiple users and directions with greater antenna capacity.
- SpaceX's existing Direct to Cell service was described as commercially available in the U.S. with T-Mobile and in New Zealand with One NZ by February 2025, initially for satellite messaging on compatible 4G LTE phones.
Qualcomm said SpaceX selected its Dragonwing Cellular Infrastructure platforms for Starlink Mobile, a planned U.S. terrestrial 5G network. The announcement describes Starlink Mobile as a planned business rather than an already operating nationwide commercial network.
The multiyear agreement covers deployment at tens of thousands of U.S. sites, with work planned to begin in 2027. Qualcomm will provide the QRU100 radio platform, the QDU100 platform for processing data within the network, and Layer 1 software that handles the basic signal-processing functions needed to move wireless data over the air. SpaceX will develop additional network software and other elements.
The planned radios use 64T64R Massive MIMO: 64 transmit paths and 64 receive paths. That large antenna configuration is intended to improve the network's ability to handle multiple connections, although the announcement does not provide performance targets.
Starlink Mobile is related to, but distinct from, SpaceX's existing Direct to Cell service. Direct to Cell connects compatible phones through Starlink satellites using mobile-network partners. Qualcomm's announcement said the service was commercially available in the United States with T-Mobile and in New Zealand with One NZ as of February 2025, initially supporting satellite messaging for compatible 4G LTE phones. It did not establish that Starlink Mobile's terrestrial network was commercially available.
The planned terrestrial system would be used where SpaceX has 5G sites and the satellite system where terrestrial coverage is unavailable, such as remote areas. The two systems are intended to operate together, but the companies did not disclose spectrum arrangements, site locations, backhaul connections, subscriber pricing or the sequence for moving from deployment to commercial service.
Satellite Today reported that analyst Ian Fogg of CSS Insight viewed satellites as able to provide broad reach while terrestrial 5G sites could support higher-demand areas such as cities. That is a stated plan and analysis, not evidence of an established competitive threat to T-Mobile, AT&T or Verizon.
By the numbers
- Tens of thousands - U.S. sites covered by the multiyear agreement, according to Qualcomm
- 2027 - planned start of terrestrial-network deployment
- 64T64R - the planned radios' 64 transmit and 64 receive paths
Yes, but: The agreement does not disclose spectrum, site access, backhaul, regulatory approvals, pricing or a commercial launch date. Those unresolved requirements make the timing and competitive effect uncertain.
What's next: Deployment is planned to begin in 2027. No more specific rollout schedule, commercial launch date or regulatory milestone was disclosed.