Space-Grade Interconnect Solutions for Mission Critical Applications
The space industry is rapidly evolving. Mega-constellations launch thousands of satellites, while commercial missions reach deep space on tighter budgets and timelines. Yet the core engineering challenges remain unchanged – extreme thermal cycling, vacuum conditions, radiation exposure, and zero tolerance for failure. Engineers need interconnect solutions that meet new commercial demands and survive extreme conditions.
For over six decades, Cinch has supported humanity's most ambitious space missions. From Apollo's first steps on the Moon to Voyager's 48-year interstellar journey, our solutions have proven reliable in the toughest environments.
Today, our components power Mars exploration, GPS satellites, high-resolution Earth observation and deep space probes studying the Sun. With flight proven TRL 9 components and a portfolio of space-grade products, we deliver mission-critical reliability.
The space environment presents challenges that do not exist on Earth. While the Earth's atmosphere provides protection and thermal stability, space offers neither.
Temperature fluctuations exceeding 200°C occur when satellites move from sunlight into shadow. In Low Earth Orbit, 96% of oxygen exists in aggressive atomic form that degrades polymers.
Vacuum conditions trigger outgassing, where gases escape from materials, potentially contaminating sensitive optical systems. Cinch's space-grade interconnects withstand these extreme conditions with strict compliance to standards such as ASTM E1559 and E595.
Cinch's space portfolio spans four critical technology areas, ensuring coverage across communication, power, and data in space systems.
Our RF and microwave solutions ensure high-frequency signal integrity in communication and radar systems. D-shaped connectors, such as the hermetically sealed Micro-D series, provide secure power and signal transfer. Optical technology supports high-speed data transmission with superior EMI immunity, featuring 100 Gbps transceivers, and our circular connectors deliver reliable connections for commercial space applications, from crew vehicles to cargo space craft.
Modern commercial space applications require rapid deployment and cost efficiency. Traditional interconnects require complex soldering, risking component damage. Cinch addresses this with CIN::APSE solderless technology, enabling two-step installation. High-density configurations supporting over 5,000 I/O connections reduce space and weight. Whether you need TRL 9 qualified or commercial space-grade connectors, Cinch offers the flexibility modern programs demand.
Our global team collaborates with customers to develop customized solutions, from cable assemblies to application-specific testing. Whether developing heritage-driven or pioneering commercial systems, Cinch's end-to-end approach turns interconnect challenges into competitive advantages.
Discover how Cinch helps your mission succeed. From TRL 9 qualified heritage components to commercial-ready solutions for—explore our space portfolio at Space | Cinch.
