Telekom Relies on Starlink: Satellites to Close the Last Gaps in Mobile Coverage in Germany

Key Takeaways

• Telekom will use Starlink satellites from 2028
• Direct-to-device tech bypasses need for ground towers
• 1.2% of Germany still lacks 2G coverage
• Competitors partner with AST SpaceMobile for similar services
• Device compatibility remains key adoption hurdle

Pulse Analysis

The push to integrate low‑Earth‑orbit satellites into mobile networks reflects a broader industry shift toward hybrid connectivity. In Germany, rugged terrain, protected landscapes and sparse populations make traditional cell‑site deployment costly and often unfeasible. By leveraging Starlink’s constellation, Telekom can extend basic services without the capital outlay of new towers, aligning with regulatory expectations for universal service and enhancing its brand as a connectivity guarantor.

Technically, the direct‑to‑device (D2D) approach requires smartphones equipped with specialized antennas and firmware, a capability currently limited to a niche set of models. As manufacturers adopt the necessary hardware, economies of scale will lower device costs, accelerating consumer uptake. However, the technology’s reliance on an unobstructed sky view imposes practical constraints in urban canyons, deep indoor settings, and dense forests, meaning it will complement rather than replace terrestrial networks. Performance metrics such as latency and throughput are improving, yet they remain modest compared with 5G, positioning the service primarily for voice, messaging and low‑bandwidth data.

From a business perspective, Telekom’s satellite partnership differentiates it in a market where rivals are also courting space‑based providers. The move could lock in new revenue streams from underserved households and enterprises, while reinforcing the company’s lobbying stance on spectrum allocation and infrastructure funding. Success hinges on device ecosystem growth, competitive pricing, and the ability to deliver reliable service under varied environmental conditions. If these factors align, satellite‑mobile integration may become a standard layer in Europe’s telecom architecture, reshaping how operators address coverage gaps for years to come.