Radiall’s range of power dividers is dedicated to defense and instrumentation applications and ideal for integrating into systems that require RF power division. This offer combines mechanical robustness and high electrical performance up to 26.5 GHz.... read more.
Simplification is Our Innovation
F-Light is a high-speed, fiber-free, datacom solution made of field-proven D-Lightsys® range components. The unique design is suitable for Board-to-Board or device-to-device communication set-ups and provides a new interconnect architecture concept to electronic designers.... read more.
A leader in civil aircraft interconnection and RF cables, Radiall introduces a new cable in response to ARINC 791 and ARINC 792 requirements. This new, ultra-flexible cable is designed for Ku/Ka Satcom systems that require long-lasting solutions and reliability.... read more.
NEX10™ XE combines NEX10™ double sealing with HEP˛R plating in order to provide one of the most robust miniature Low PIM connectors on the market for outdoor applications. This IP68 ruggedized connector is designed to provide high performance even in the most extreme environments without a boot.... read more.
Q-MTitan™ is the new ARINC 846 standard for multi-fiber connectivity in aerospace. It is the solution for applications requiring numerous fibers, high data rate and density. Q-MTitan™ fits in #8 Quadrax cavities of COTS multipin connectors and can be combined with Radiall’s transceivers to offer 120 Gbps in a single contact.... read more.
Combining experience in GNSS with demands for positioning applications, Radiall has developed a new offer of GPS L1 + Glonass Antennas for soldier radios. This new range is perfectly suited for radios requiring high GNSS performance and robustness with guaranteed reliability.... read more.
Michel is the Global Product Marketing Manager in charge of the civil aero market for the RF&I division. He supports customers in the development of innovative systems required by Aircraft connectivity for in-flight entertainment and ATM.... read more.