- Qualcomm says it’s supplying its Dragonwing Cellular Infrastructure platforms to support Starlink Mobile’s terrestrial base stations
- One of the technological bragging rights that Qualcomm is claiming is Massive MIMO at 2 GHz – it’s usually deployed in higher spectrum bands
- Plans call for U.S. nationwide deployment to begin in 2027, with “tens of thousands” of sites deployed over the multi-year pact
Stop the presses. SpaceX’s plans for a terrestrial mobile 5G network just got real – like, real in the sense that Qualcomm Technologies announced that SpaceX has selected Qualcomm Dragonwing Cellular Infrastructure platforms for its Starlink Mobile U.S. nationwide terrestrial 5G network.
It’s one of the most significant public validations so far of Elon Musk’s plans for Starlink Mobile – intentions that so far have been dominated by a lot of rumors and innuendo that maybe Musk is really using all these dalliances in spectrum and mobile machinations to somehow get an MVNO deal out of one of the Big 3 U.S. mobile carriers. (None of the CEOs are interested, by the way, a stance that hasn’t changed in the past six or so months.)
Maybe an MVNO is still a goal, but at the same time, Musk is making good on his intentions to create a terrestrial mobile network with newfangled technology that interconnects with the direct-to-device (D2D) satellite empire that he’s compiling.
Qualcomm: tens of thousands of sites
Qualcomm is here to say that it’s building a world-class cellular network with SpaceX – in the form of 5G. In typical Qualcomm fashion, it also says it’s ready to support whatever comes down the pike with 6G and beyond.
The network build means tens of thousands of sites – all macro cells, not to be confused with small cells – that are getting primed for deployment, according to Durga Malladi, Qualcomm’s EVP and general manager for Technology Planning, Edge Solutions and Data Center.
He didn’t give away any crucial details about Qualcomm’s agreement with SpaceX – like the dollar value or other terms – but said the multi-year deal is structured in such a way that deployment begins next year.
“It’s going to ramp up pretty rapidly from there onwards,” he said during a briefing with media.
Qualcomm reports its Q4 and fiscal 2026 results after the close of the market today (November 4), so perhaps there will be more about the SpaceX agreement during its conference call.
Qualcomm provides RU, DU platforms
As it stands, Qualcomm will provide its Dragonwing QRU100 and QDU100 platforms and commercial-grade Layer 1 software, and the network will combine high-capacity Massive MIMO radio and baseband technology to support cellular base station deployment at scale.
Massive MIMO by itself is not new, but it’s most often been deployed in higher bands, like 3.5 GHz and above, rather than the 2 GHz band that SpaceX is looking to deploy in, Malladi said.
“What we have done is brought in 64T64R Massive MIMO radios in lower bands all the way down to 2 GHz, so that actually is a unique aspect,” he said. “It’s an innovation from our side.”
SpaceX is contributing a lot of innovation from its side as well on the software that sits above the radios, and it’s boosting coverage and capacity “quite significantly,” he said.
Malladi noted that Qualcomm is providing the Layer 1 technology and it will be up to SpaceX and its team to do Layer 2, 3 and so forth. “But the foundational layer comes from Qualcomm,” and that’s something the SpaceX team can build upon as they build the rest of the infrastructure.
“We don’t build the boxes,” he said. “They have to build the boxes, but we provide all the components and everything that goes inside that box. That’s our SoC with the full-fledged software, and similarly, at the bottom of the tower or somewhere else … we provide the baseband processing.”
5G as the starting point
Malladi framed the 5G deal as the starting point for Qualcomm and Starlink. The agreement opens the door to talks about the rest of Qualcomm's portfolio as SpaceX scales and eventually moves toward 6G.
Qualcomm's AI-native 6G vision, outlined at Mobile World Congress in Barcelona, includes "giga MIMO" radios, plus high-performance compute for the data center, from liquid-cooled racks to accelerator cards. It also includes AI-based multimodal sensing that fuses RF with other data.
Malladi said that building a network on a clean sheet gives SpaceX a more modern foundation than operators saddled with legacy networks, including AI processing built into the radios themselves.
“We have a lot of opportunities ahead of us,” he said.
Read prior coverage about SpaceX and more on Fierce Network:
Do SpaceX’s ‘missing pieces’ carry a Dish logo on them?
SpaceX helps give towers new lease on life
Dish’s bad behavior leaves property owners in the lurch
SpaceX might sign deals for 80,000 towers to build mobile network, or is it bluffing?
Elon Musk: Starlink Mobile’s game plan too big for an earnings call