There’s space for traditional wireless too; LEO can coexist with terrestrial networks

• The addressable market for Low Earth Orbit (LEO) satellite broadband was initially framed at approximately $200 billion in the previous year's analysis.
• Average download speeds for current LEO broadband services are reported at roughly 100 megabits per second, sufficient for HD video and online gaming.
• Terrestrial broadband already covers 97% of the United States, with 75% of markets offering three or more existing providers, limiting LEO's immediate value in dense areas.
• Mike Funk, BofA Global Research analyst, upgraded a wireless telecommunications stock in early July due to compelling valuations and LEO's technical limitations.

Technical and Economic Limitations of LEO in Dense Markets

• Delivering LEO wireless service in dense urban environments (e.g., New York City) would require an estimated 4 million femtocells, creating prohibitive rollout costs.
• LEO networks can support only approximately 200 subscribers per square kilometer in dense urban areas, falling short of traditional network quality of service standards.
• Annual tower rent costs for covering New York City with traditional macro cell sites alone could range from $120 million to $130 million.
• Starlink has publicly acknowledged the necessity of a terrestrial component to compete in urban markets, identifying femtocells, macro cell sites, spectrum hosting, or MVNO partnerships as potential solutions.

Market Dynamics and Strategic Implications for Telecom Providers

• LEO poses the greatest threat to cable companies and rural-focused telecom providers due to superior economics for serving homes in rural regions where traditional fiber deployment is costly.
• Switching rates for US home internet are currently estimated at upwards of 20% annually, driven by price sensitivity, service quality, and ease of installation.
• Starlink's current US pricing for its max-speed product is at a premium compared to fixed wireless alternatives, meaning market share growth is currently driven by novelty and installation friction rather than price undercutting.
• AT&T is identified as the least likely partner for LEO, with CEO Mike Sager (architect of their fiber strategy) targeting over 60 million homes passed with fiber.
• Verizon targets 40 to 50 million homes passed with fiber, making a partnership less strategic despite a slightly less entrenched fiber stance than AT&T.
• T-Mobile is highlighted as the most likely candidate for a strategic partnership with Starlink due to its weaker presence in rural markets (approx. 20% share vs. 50% in urban areas) and lack of an aggressive fiber strategy.

Future Outlook and Forward-Looking Statements

• SpaceX targets launching the V3 satellite within the next year, with projections for a fleet of roughly 20,000 V3 satellites by 2030 to increase throughput.
• Fundamental device limitations regarding battery life and signal propagation through buildings will likely persist for the next 5 to 10 years, constraining LEO's viability for standard consumer mobile services.
• Potential catalysts for renewed investor interest in telecom stocks include successful multi-stage recovery testing by SpaceX and clear data on LEO broadband market share gains or losses over the next several quarters.
• Telecom stocks remain rate-sensitive and may continue to underperform if the Federal Reserve raises interest rates, a factor currently contributing to low investor interest alongside competitive fears.
• Long-term value in LEO may emerge in specific applications like machine-to-machine communication, autonomous vehicles, and humanoid robots rather than direct consumer mobile substitution.