ATOS project (EUR 400K) developed X-band active antennas with GaN power amplifiers and SiGe BiCMOS core-chips for Earth observation systems.
SAPHYRION SAGL
Swiss SME developing RF antenna hardware, satellite beacon systems, and geodetic monitoring solutions for European space and Earth observation programs.
Their core work
Saphyrion is a Swiss SME specializing in advanced RF/microwave hardware and satellite-based positioning and monitoring systems. They develop components such as GaN power amplifiers, SiGe BiCMOS core-chips, and active antenna modules for Earth observation satellites, as well as technology for search-and-rescue beacon systems (Cospas-Sarsat/MEOSAR). Their work spans from space-segment hardware (X-band antenna systems) to ground-based geodetic monitoring using satellite data and MEMS sensors for landslide and subsidence detection.
What they specialise in
SINSIN project enhanced PLB beacons and MEOLUT ground stations beyond the Cospas-Sarsat/MEOSAR standard for improved localization.
GIMS project (EUR 394K) combined Copernicus Sentinel-1 InSAR data with MEMS inertial measurement units for landslide and subsidence monitoring.
MAGNIFIC and SINSIN projects involved EGNSS receivers and global navigation satellite infrastructure in Africa and Europe.
How they've shifted over time
Saphyrion's early H2020 work (2015–2017) centered on satellite navigation and search-and-rescue systems — Cospas-Sarsat beacons, MEOSAR ground stations, and GNSS promotion in Africa. Their later projects (2017–2021) shifted toward hardware-intensive Earth observation: X-band active antenna modules with advanced semiconductor components (GaN, SiGe BiCMOS) and geodetic monitoring systems combining satellite radar with MEMS sensors. The trajectory shows a clear move from downstream satellite applications toward upstream hardware and integrated monitoring products.
Saphyrion is moving toward higher-value hardware development for Earth observation satellites and integrated ground monitoring systems, suggesting future interest in Copernicus downstream services and compact sensor technologies.
How they like to work
Saphyrion has participated exclusively as a consortium partner, never as coordinator, which is typical for a specialist SME contributing specific technical components to larger system-integration projects. Across 4 projects they worked with 21 unique partners in 10 countries, indicating they are comfortable in diverse, mid-to-large European consortia. Their broad partner base and no repeated coordinator pattern suggest they are sought after for niche hardware expertise rather than project management.
Saphyrion has collaborated with 21 distinct partners across 10 countries, giving them a well-distributed European network despite being a small Swiss company. Their partnerships span both space agencies/institutions and industrial partners in the satellite and Earth observation sectors.
What sets them apart
Saphyrion combines deep RF/microwave semiconductor expertise (GaN, SiGe BiCMOS) with practical application knowledge in both space-segment hardware and ground-based monitoring — a rare combination for an SME. Based in Swiss Ticino, they bridge the gap between component-level engineering and system-level satellite applications. For consortium builders, they offer a compact team that can deliver specific high-frequency hardware modules without the overhead of a large aerospace contractor.
Highlights from their portfolio
- ATOSLargest funding (EUR 400K) and most technically ambitious — developing X-band active antenna transmit/receive modules using advanced GaN and SiGe semiconductor technologies for Earth observation.
- GIMSIntegrated Copernicus satellite radar data with MEMS sensors for a practical geodetic monitoring product targeting landslide and subsidence detection — a clear path from research to commercial service.
- SINSINPushed beyond existing Cospas-Sarsat standards to improve search-and-rescue beacon performance and localization accuracy, directly impacting emergency response capabilities.