Elon Musk's SpaceX is on a spectrum-acquisition spree, and it's not just about satellite internet anymore. The company's recent FCC filing to transfer control of three unpaired AWS-3 licenses in the 1695MHz-1710MHz band from Tristar License Group (TLG) to Starlink Spectrum Holdings is a strategic move with far-reaching implications. This deal, if approved, will augment SpaceX's spectrum rights, filling in the last remaining gaps for a national footprint in this band. But what makes this particularly fascinating is the potential impact on SpaceX's mobile ambitions, which have been a topic of much speculation and debate.
A Mobile Network Operator in the Making?
SpaceX's intent to use these frequencies to support its planned mobile satellite constellation to connect smartphones from space is well-known. But the new licenses could also bolster the terrestrial part of the company's mobile plan, which involves building out a network of rooftop small cells to compete directly with US carriers. This dual strategy raises a deeper question: is SpaceX really aiming to become a new mobile network operator, or is it simply acquiring spectrum to support its satellite services?
In my opinion, the answer is a bit of both. SpaceX's mobile ambitions are not just about connecting smartphones from space; they are also about building a robust terrestrial network to support its satellite services. This dual approach allows SpaceX to leverage the strengths of both satellite and terrestrial networks, creating a more resilient and comprehensive mobile service.
The Spectrum Acquisition Puzzle
The Tristar licenses, which cover about 4% of the US population across eight states, are designated only for supplemental uplink use. This specialized band is typically paired with downlink spectrum, which SpaceX already controls through its acquisition of EchoStar's AWS-4, H-block, and AWS-3 licenses (collectively known as Band 70). The three AWS-3 licenses would give SpaceX almost total nationwide coverage in this band, allowing it to complete its national footprint.
But the puzzle doesn't end there. SpaceX also seeks regulatory relief for before and after the transaction, including the renewal of the licenses and the extension of the build requirements to July 2027. This is a strategic move to ensure that the rights do not expire before the FCC decides on the control transfer. Additionally, SpaceX is seeking a permanent waiver of terrestrial coverage requirements, which would be dependent on "rigorous satellite service obligations" as set out in the FCC's decision on the EchoStar-SpaceX deal.
The Future of Mobile Spectrum
The implications of SpaceX's spectrum acquisition go beyond its immediate mobile ambitions. The company's success in acquiring and utilizing spectrum will have a significant impact on the future of mobile spectrum allocation and usage. If SpaceX can demonstrate the viability of its satellite-terrestrial hybrid approach, it could encourage other operators to follow suit, leading to a more dynamic and innovative mobile landscape.
However, there are also concerns that SpaceX's aggressive spectrum acquisition could lead to a concentration of power in the hands of a few players, potentially stifling competition and innovation. It remains to be seen whether SpaceX's spectrum strategy will ultimately benefit the broader mobile ecosystem or create new challenges for the industry.
In conclusion, SpaceX's recent spectrum acquisition is a fascinating development with far-reaching implications for the future of mobile. As the company continues to push the boundaries of what's possible, it will be interesting to see how its mobile ambitions unfold and whether it can truly become a new mobile network operator. Personally, I think the answer lies in the company's ability to balance its satellite and terrestrial networks, creating a more resilient and comprehensive mobile service that can compete with the best in the industry.
