RF, telemetry, and timing systems are critical for secure and reliable data transmission across aerospace, defense, and industrial environments. These solutions include RF transceivers, telemetry links, precision timing devices, and synchronization technologies designed for harsh conditions. Applications span satellite communications, unmanned systems, and high-reliability telemetry networks, ensuring accurate real-time data capture and dissemination.

RF, telemetry, and timing systems are critical for secure and reliable data transmission across aerospace, defense, and industrial environments. These solutions include RF transceivers, telemetry links, precision timing devices, and synchronization technologies designed for harsh conditions. Applications span satellite communications, unmanned systems, and high-reliability telemetry networks, ensuring accurate real-time data capture and dissemination.

Embedded computing encompasses ruggedized, application-specific systems designed for real-time control, signal processing, and edge-level decision-making. It includes VPX, COM Express, and other modular architectures used in defense, aerospace, industrial automation, and high-performance embedded computing (HPEC) environments. These systems often integrate FPGAs, GPUs, and I/O to meet SWaP, thermal, and environmental demands.

Instrumentation and testing solutions are engineered to acquire, analyze, and validate critical data in real-time across demanding operational environments. Systems include data acquisition platforms, precision sensors, signal conditioners, and testing frameworks optimized for aerospace, automotive, defense, and industrial R&D. These technologies ensure accurate measurements under dynamic and extreme conditions, enhancing product development and mission assurance.

Electro-mechanical systems integrate electrical and mechanical components into ruggedized assemblies for reliable operation in harsh environments. Solutions range from actuators, motion control devices, ruggedized motors, and integrated electromechanical subsystems. These components are vital for aerospace, military, industrial automation, and robotics applications, offering precision, durability, and high-performance motion control even under extreme thermal and mechanical stresses.