Sitle provides flight‑proven satellite edge computing and networking hardware designed for the harsh conditions of space.
Funding
Funding not disclosed
Founders
Product
Problem
Satellite operators need reliable on‑board computing and networking hardware that can withstand radiation, temperature extremes, and vibration, yet many commercial off‑the‑shelf components lack the necessary space‑qualification, leading to costly redesigns or mission risk.
Solution
Sitle offers flight‑proven edge computing and Ethernet networking modules specifically engineered for the space environment. The EC‑01 edge computer integrates Nvidia Jetson Xavier NX or Orin NX system‑on‑modules, providing high‑performance AI and data processing capabilities while meeting TRL 9 heritage standards. Optional SSD storage and a range of I/O interfaces enable flexible payload integration. Complementing the compute node, the ES‑01 Ethernet switch delivers four gigabit ports with ultra‑low power consumption, built from radiation‑qualified components to ensure reliable inter‑satellite and intra‑satellite communication. Together, these products give space missions a ready‑to‑fly hardware stack that reduces development time and mitigates the risks associated with non‑qualified commercial hardware.
Target Audience
Primary customers are satellite manufacturers, mission integrators, and operators of small‑satellite constellations that require certified on‑board compute and networking solutions.
Features
- Nvidia Jetson Xavier NX or Orin NX SoM support for AI‑ready edge processing
- Optional SSD storage for high‑capacity, non‑volatile data handling
- Multiple I/O interfaces (e.g., USB, CAN, SPI) for diverse payload connectivity
- TRL 9 flight heritage confirming space‑qualified design and testing
- ES‑01 Ethernet switch with 4 × 1 Gbps ports and ultra‑low power draw
- Radiation‑hardened components and environmental testing for resilience to space conditions
- Compact, modular form factor compatible with standard satellite bus architectures