Aerospace Components & Systems

Ready for launch. Built for space.

From deep space missions to low-earth orbits, our precision-engineered connectors and cable systems deliver unmatched reliability in the harshest environments. Compatible across platforms. Certified for flight. Trusted by space pioneers.

Power Systems for Aerospace

We provide complete power management solutions designed for the harsh realities of space. From high-efficiency DC/DC converters and flight-proven power distribution units to radiation-tolerant voltage regulators and long-life Li-ion batteries, our components ensure stable, uninterrupted performance throughout the mission lifecycle.

Every unit is selected or configured to meet aerospace-grade reliability, whether you're building CubeSats, operating in low Earth orbit, or powering high-load scientific payloads.

Built for endurance. Trusted by leading integrators. Ready for orbit.

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Radiation-Tolerant Electronics

Built for the Demands of Space

Engineered for Extreme Environments

We provide a broad range of radiation-tolerant microelectronics designed to operate in the most demanding aerospace applications. These components are built to perform reliably under high radiation, vacuum, and extreme temperature conditions — far beyond what commercial-grade electronics can withstand.

Trusted Technologies

Our offering includes Rad-Hard FPGAs, processors, memory ICs, and analog components. All products are space-qualified and feature TID resistance, SEU mitigation, and long-term traceability, ensuring mission success in every orbit.

Applications

Ideal for satellite avionics, onboard data processing, guidance systems, and deep-space communication. Our components are used in LEO, MEO, and GEO missions by leading integrators and research agencies worldwide.

Communication Hardware – On Orbit and On Earth

From onboard signal processing and transmission to powerful amplifiers and test systems, our portfolio covers all mission-critical elements of aerospace communication infrastructure.

Modulators

Power Amplifiers

Transponders

Ground Equipment

Inertial Measurement Units

Our high-performance IMUs use fiber-optic gyroscopes and advanced acceleration sensing to deliver precise real-time navigation and orientation data — even without external signals. Built to meet aerospace-grade reliability standards, these units operate flawlessly under vibration, shock, and radiation, ensuring trusted inertial guidance for every mission phase.

Navigation with Star Tracking

Designed for spacecraft attitude control and deep-space navigation, our star trackers combine optical sensors with real-time celestial tracking algorithms to deliver unmatched orientation accuracy. These systems enable full autonomy in orbit — from CubeSats to interplanetary platforms — providing mission-critical performance when it matters most.