Components for Space Applications
In
an industry where precision, reliability, and extreme conditions set
the pace, our portfolio for the space and satellite communication sector
delivers high-performance, mission-critical solutions. Whether in orbit
or within ground-based infrastructure, our materials, manufacturing
expertise, and service quality are designed to meet the most demanding
requirements. From flexible RF cable assemblies to specialized connector
and adapter solutions, we provide exactly the components that ensure
dependable operation in the most challenging environments.
High-Performance Coaxial Cables for Extreme Space Conditions
In cooperation with our renowned partners, we offer low-loss, phase-stable high-performance coaxial cables specifically engineered for space-qualified communication systems. Designed with low outgassing materials (ASTM E595 compliant), suitable for vacuum environments and temperature ranges from approximately -238 °C to +302 °C,
these cables provide stable impedance (50 Ω), a frequency range up to
30 GHz, and a robust, vacuum-resistant PTFE-based dielectric jacket.
They are ideal for RF signal transmission in satellite modules, platform
installations, high-frequency amplifier chains, antenna feed systems,
and orbital payloads. In ground-based systems - such as tracking
antennas, control stations, or RF test facilities - they deliver
consistently high signal integrity extending into the Ka-band range.
Space-Qualified Phase-Stable Coaxial Cables for LEO, MEO and GEO Satellite Platforms
Together with our partners, we provide cables offering exceptional phase stability across wide temperature ranges, compliant with NASA/ESA outgassing standards (ASTM E595),
and featuring a radiation-resistant ETFE jacket. With frequency
performance up to 50 GHz (and up to 110 GHz depending on configuration)
and superior shielding effectiveness (> 90 dB), these cables are
ideal for high-performance RF signal transmission under extreme
environmental conditions. These cables and cable assemblies cover a
broad range of applications:
- RF interconnects between antenna feeds and high-frequency amplifiers in LEO/MEO/GEO satellite platforms
- Internal payload cabling in Ka/Ku-band systems requiring precise phase and attenuation control
- RF
transmission paths in ground-based control or tracking stations where
conductor length, thermal variation, and signal integrity are critical
Leverage our expertise in space and satellite communications to develop the right solution for your application.
Contact our expert team for individual consultation or request a quotation today.
