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Qualcomm has signed a multi-year agreement to supply cellular infrastructure technology for SpaceX’s planned Starlink Mobile terrestrial
5G network, marking a major step in the satellite internet company’s expansion into conventional wireless connectivity.
Announced on November 4, the agreement covers Qualcomm’s Dragonwing Cellular Infrastructure platforms, including the QRU100 radio- unit platform and QDU100 distributed-unit platform, along with commercial-grade Layer 1 software.
SpaceX plans to begin deploying the technology in 2027, with the initial rollout expected to cover tens of thousands of macro cell sites.
The network will use Massive Multiple-Input Multiple-Output, or Massive MIMO, radio units with 64 transmit and 64 receive paths, known as 64T64R. The configuration is designed to improve coverage, capacity and spectral efficiency by allowing the network to handle more traffic using available spectrum.
Qualcomm said the QRU100 provides integrated processing for Massive MIMO radio units, while the QDU100 is designed to handle latency- sensitive Layer 1 processing. Together, the platforms are intended to improve performance and power efficiency across radio and distributed-unit operations.
For Qualcomm, the agreement expands its role beyond chips and connectivity solutions for consumer devices into cellular network infrastructure. The company described the agreement as its biggest 5G deal to date. Financial terms were not disclosed.
For SpaceX, the project adds a terrestrial component to its broader connectivity strategy, which already includes the Starlink satellite network. The planned US deployment would put the company into a wireless market dominated by established operators such as AT&T, Verizon and T-Mobile. However, the agreement does not mean Starlink Mobile is already operating as a nationwide mobile carrier.
The initial deployment will focus on terrestrial 5G, with Qualcomm describing the architecture as a flexible, multi-band platform that can be rolled out in stages.
The scale of deployment, investment requirements and construction timeline will determine how quickly SpaceX can convert the plan into a commercial mobile service. Pricing, customer launch dates and final coverage targets have not yet been announced.
Announced on November 4, the agreement covers Qualcomm’s Dragonwing Cellular Infrastructure platforms, including the QRU100 radio- unit platform and QDU100 distributed-unit platform, along with commercial-grade Layer 1 software.
SpaceX plans to begin deploying the technology in 2027, with the initial rollout expected to cover tens of thousands of macro cell sites.
The network will use Massive Multiple-Input Multiple-Output, or Massive MIMO, radio units with 64 transmit and 64 receive paths, known as 64T64R. The configuration is designed to improve coverage, capacity and spectral efficiency by allowing the network to handle more traffic using available spectrum.
Qualcomm said the QRU100 provides integrated processing for Massive MIMO radio units, while the QDU100 is designed to handle latency- sensitive Layer 1 processing. Together, the platforms are intended to improve performance and power efficiency across radio and distributed-unit operations.
For Qualcomm, the agreement expands its role beyond chips and connectivity solutions for consumer devices into cellular network infrastructure. The company described the agreement as its biggest 5G deal to date. Financial terms were not disclosed.
For SpaceX, the project adds a terrestrial component to its broader connectivity strategy, which already includes the Starlink satellite network. The planned US deployment would put the company into a wireless market dominated by established operators such as AT&T, Verizon and T-Mobile. However, the agreement does not mean Starlink Mobile is already operating as a nationwide mobile carrier.
The initial deployment will focus on terrestrial 5G, with Qualcomm describing the architecture as a flexible, multi-band platform that can be rolled out in stages.
The scale of deployment, investment requirements and construction timeline will determine how quickly SpaceX can convert the plan into a commercial mobile service. Pricing, customer launch dates and final coverage targets have not yet been announced.
