Elon Musk Challenges Apple and Carriers Over Starlink Rivals
▼ Summary
– SpaceX is acquiring EchoStar spectrum licenses to enable mobile service, as it currently only holds secondary authorization for mobile operations through T-Mobile.
– Industry analysts doubt Starlink will become a major cellular carrier due to signal attenuation indoors, which limits data rates and uplink performance.
– Mach33 analyst firm is optimistic about Starlink’s potential, expecting it to compete with mobile operators through deals, retail bundles, and technical solutions.
– The spectrum SpaceX is buying is a small fraction of what national carriers control, with current mobile networks having extensive licensed spectrum and cell sites.
– SpaceX plans to use the EchoStar spectrum to deploy a hybrid satellite-terrestrial network, managing interference and enhancing mobile service capabilities.
SpaceX is strategically expanding its wireless capabilities through a recent spectrum acquisition, positioning its Starlink service to potentially enter the mobile communications arena. The company’s purchase of spectrum licenses from EchoStar enables it to combine satellite and terrestrial frequencies, a move that could allow Starlink to offer hybrid network services in the future. According to an FCC filing by SpaceX, this acquisition provides the necessary authorization to deploy a unified satellite-terrestrial network, aligning with regulatory goals for managing interference and improving coverage.
Despite these developments, industry experts remain skeptical about Starlink’s ability to compete directly with established mobile carriers. Analyst Dean Bubley described ambitious claims of Starlink becoming a fourth major carrier as “complete nonsense,” pointing to significant physical limitations. He emphasized that satellite-based signals struggle to penetrate buildings, making reliable indoor service a major challenge. Signals are heavily attenuated indoors, which could result in data speeds dropping to just hundreds of kilobits per second in obstructed locations, far below what conventional cellular networks deliver.
On the other hand, some firms express cautious optimism. Mach33, for example, believes that with the AWS-4 and H-block spectrum, along with advanced satellite technology, Starlink’s direct-to-cell (DTC) service could evolve from a niche offering into a genuine competitive force. They anticipate retail mobile bundles, expanded handset compatibility, and urban hardware deployments as indicators of this strategic shift. Mach33’s analysis also suggests that Starlink could pursue mergers, spectrum subleasing, or technical innovations like mini-towers to extend coverage into densely populated neighborhoods.
Even so, the scale of spectrum controlled by SpaceX remains modest compared to national carriers. Industry group CTIA reported in early 2025 that mobile operators collectively hold roughly 1.1 GHz of licensed spectrum, supported by over 432,000 active cell sites across the United States. According to analyst Peter Rysavy, Starlink’s capacity is minimal relative to modern 5G networks, though it could fill important gaps in rural or underserved areas where traditional coverage is unavailable.
Currently, Starlink operates around 8,500 satellites in orbit, with approximately 280 positioned over the U.S. at any given time. Most of these support fixed broadband service, requiring outdoor antennas to deliver Wi-Fi inside buildings. SpaceX’s FCC submission highlighted that integrating EchoStar’s 2 GHz MSS and terrestrial AWS-4 licenses will be crucial for building a resilient mobile satellite service. By managing both satellite and terrestrial networks under one licensee, SpaceX aims to minimize interference and deliver more reliable connectivity, particularly in regions beyond the reach of conventional infrastructure.
(Source: Ars Technica)
