Taiwan Satellite Ground Gear Output Hits 277 Billion NT
Taiwan's satellite ground equipment sector grew by 13 percent in 2025, driven by integrated terminals and new European partnerships.
Key points
- Taiwan's satellite ground equipment output reached 277.1 billion NT dollars in 2025, a 13 percent annual increase.
- Foremostar Technology's new terminal reduces power consumption by 30 percent while integrating multiple communication functions.
- A memorandum of understanding was signed with Eutelsat, linking Taiwanese manufacturers to European satellite networks.
Taiwan is rapidly shifting its role in the global space economy from supplying isolated components to providing complete, integrated communication systems. According to The Globe and Mail, the country's satellite ground equipment industry generated output exceeding 277.1 billion New Taiwan dollars in 2025. This marks a 13 percent annual increase, signaling that manufacturers are moving up the value chain toward higher-margin, system-level solutions.
Demand shifts toward integrated systems
The global market is no longer primarily focused on launching satellites, but on the ground infrastructure needed to maintain reliable connections. Customers increasingly require complete packages that combine antennas, control algorithms, and scalable manufacturing into deployable architectures. Taiwan’s established strengths in semiconductors and advanced manufacturing provide a strong foundation for this transition, allowing local firms to compete on reliability and integration rather than just raw hardware production.
Manufacturers cut power and size
Companies are engineering terminals that address the long-standing constraints of size, weight, and power consumption. Foremostar Technology developed a portable multi-orbit terminal that reduces overall power usage by approximately 30 percent through optimized system design. The device integrates phased-array antennas and electronic beam control, allowing for precise satellite pointing without additional alignment equipment. This portability is critical for mobile and emergency response applications where traditional fixed stations are impractical.
At the component level, Phasetrum Inc. introduced a phase tuner capable of synthesizing calibration across four antenna-array units. This technology aims to replace conventional standalone phase-control chips, strengthening independent capabilities in foundational satellite communications. By integrating these functions, manufacturers can offer more compact and efficient hardware, though this requires tighter coordination between software and hardware teams to ensure stability across different orbital environments.
European partnership expands market reach
Taiwan is also securing its position in international supply chains through strategic agreements. A memorandum of understanding was signed between the Industrial Technology Research Institute and Eutelsat, a major European satellite operator. This collaboration marks a significant milestone in cooperation between Taiwan and Europe, providing access to broader markets and validating the reliability of Taiwanese ground equipment for commercial deployment.
More than 55 Taiwanese companies have entered international satellite supply chains, reflecting a growing global presence. However, the trade-off for this rapid expansion is increased complexity in maintaining quality control across diverse operational requirements. As the industry moves toward multi-orbit compatibility, the ability to dynamically switch between geostationary, medium-Earth-orbit, and low-Earth-orbit signals becomes a critical differentiator. Customers must weigh the benefits of integrated, lower-power terminals against the need for proven track records in varied atmospheric and operational conditions.
