Qualcomm, the US chipmaker, announced on Wednesday, 4 November that SpaceX has selected its Dragonwing Cellular Infrastructure platforms to power Starlink Mobile’s planned nationwide terrestrial 5G cellular network in the United States, AOL reported. The deal lands a month after SpaceX announced an agreement to buy low-band spectrum licences, and AOL frames the pair of moves as putting Starlink a step closer to becoming the fourth major US wireless carrier.
Key facts
- Qualcomm says the agreement will require SpaceX to deploy its chip technology across tens of thousands of cellular towers nationwide, according to AOL.
- Durga Malladi, Qualcomm’s EVP and GM for technology planning, edge solutions and data centre, told AOL the deployment begins next year, ramps up rapidly from there, and runs as a multi-year agreement all the way to nationwide coverage.
- Qualcomm says the deal also gives both companies an opportunity to lay the foundation for what it calls AI-native 6G in the years ahead, AOL reports.
- Last month SpaceX announced an agreement to buy licences for 800 MHz spectrum, per AOL; CBS News reported the purchase would let Starlink Mobile provide cellular service inside buildings.
- CBS News reported that the FCC has approved Starlink Mobile’s application to launch 15,000 satellites transmitting radio waves in the 2 gigahertz band and connecting directly to mobile phones.
Why it matters
Starlink already operates the largest satellite-based network, and AOL reports that the ground-based stations will allow it to compete better with AT&T, T-Mobile and Verizon. That shifts Starlink Mobile from a satellite add-on toward a full network operator in its own right.
The spectrum and tower plans described by both outlets apply to the United States. Neither source addresses what the build-out means for other markets, and Starlink Mobile’s own launch timing and pricing sit outside what these reports cover.
The spectrum piece
CBS News reported that SpaceX agreed to buy the licences from Grain Management and said the airwaves would let Starlink Mobile provide coverage inside buildings, a gap for a satellite-only service. Low-frequency radio spectrum can penetrate walls, CBS News said, overcoming the problem that walls, roofs and other structures weaken mobile phone signals.
In the company statement quoted by AOL, SpaceX drew the same distinction: its global 2 GHz mid-band spectrum provides high-bandwidth capacity in the United States, while the new low-band spectrum supplies a coverage layer that pushes the signal through obstacles such as walls and reaches devices indoors.
SpaceX has said the purchase would let it pair satellite-to-mobile transmissions with an advanced terrestrial deployment able to connect devices everywhere, according to CBS News, and that the combination would allow Starlink Mobile to become a major mobile carrier in the US. Elon Musk went further in a social media post reported by CBS News: “This is the last critical piece of the spectrum puzzle needed for SpaceX to provide complete phone coverage in America.”
From satellites to towers
The Qualcomm agreement supplies the hardware layer for that terrestrial half. AOL reports that Qualcomm’s Dragonwing platforms will power the nationwide 5G network, with the chip technology installed across tens of thousands of towers, and that Malladi described a deployment starting next year and scaling up over several years.
Qualcomm, which supplies modems and infrastructure silicon, presents the tie-up as both a 5G rollout and groundwork for a later generation of networks. Beyond the next-year start date and the multi-year framing from Malladi, the sources give no completion date for nationwide coverage.
Background: why build a carrier at all
AOL reports that earlier this month The Washington Post said SpaceX was in talks to run its own carrier through the Boost Mobile brand of EchoStar, the US satellite and wireless company. According to AOL, that followed reported refusals by the three incumbent carriers to sell SpaceX wholesale network capacity under a mobile virtual network operator arrangement.
AOL’s reading is that an operator like Starlink Mobile could prove a particularly potent challenger to the Big Three network carriers, leaving them little incentive to work with Musk’s firm. The two outlets together describe a three-part sequence over about four weeks: regulatory clearance for a 15,000-satellite direct-to-phone constellation, a low-band spectrum purchase that still awaits FCC sign-off, and now a supplier locked in for the ground network.
What neither report settles is when US customers can buy the service, what it will cost, or whether the FCC will clear the spectrum transfer. On those points the sources stay silent.
Frequently Asked Questions
Who is SpaceX buying the radio airwaves from, and is the deal final?
According to CBS News, a filing with the Federal Communications Commission shows SpaceX is buying the spectrum licences from Grain Management, an investment firm. CBS News reports the purchase agreement still needs FCC approval before it can go ahead.
Would Starlink Mobile need a new phone?
UBS analyst John Hodulik, quoted by CBS News, said the airwaves are compatible with existing handsets and that he does not foresee obstacles to regulatory approval. He added, however, that he still believes it will take time for SpaceX to scale its wireless ambitions, and that the impact on near-term wireless industry fundamentals is limited.
How did telecom shares react to the spectrum announcement?
CBS News reported that telecom companies’ shares tumbled as investors weighed the arrival of a major new industry player. In Friday morning trading, T-Mobile fell $18.58, or 11%, to $152.72, while AT&T slipped $1.83, or 7.4%, to $22.76.
Why is SpaceX building its own cellular network instead of renting one?
AOL reports that SpaceX moved after AT&T, T-Mobile and Verizon reportedly rejected its requests to use their network capacity through a mobile virtual network operator deal. An MVNO rents capacity from existing carriers and resells it under its own brand, and AOL notes the Big Three had little incentive to help a potential challenger.
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