OCTIS™ is a turnkey connection system for outdoor equipment such as remote radio heads, small cells, microcells, DAS and more. It is the most compact solution available on the market today. OCTIS™ is a unique solution that contains all of the standard connection interfaces used on telecom equipment such as optical connections, SFP/QSFP, RJ45, AC/DC power and multipin.... read more.
Simplification is Our Innovation
Combining experience in RF instrumentation with market demands for radio frequency equipment reaching over 40 GHz, Radiall developed a range of attenuators equipped with 2.4mm connectors that can reach 50 GHz. This new range is perfectly suited for equipment requiring high RF performance.... read more.
Radiall’s MTitan™ series is a complete range of High Density FO interconnect solutions to increase bandwidth while managing weight and space in aerospace and defense applications. MTitan products protect an MT ferrule and enable the mating of 12 optical fibers and transmit up to 12x10 Gb/s.... read more.
At Radiall, Simplification is our Innovation. Radiall has expanded its range of RF Passive products equipped with an SMP-LOCK® interface for the Space market. This innovative connector features an easy and robust locking mechanism which dramatically increases the retention force of the interface, prevents accidental disconnection and saves significant integration time.... read more.
At Radiall, Simpliﬁcation is our Innovation. Since 2007, D-Lightsys® transceivers have been flying on military and commercial aircrafts and have proven to be the perfect solution for demanding applications requiring up to a few GBps per channel.... read more.
ExoBeam is Radiall's new Fiber Optic solution for deploying communication links in highly contaminated environments. With its hermaphroditic and robust design, ExoBeam connectors enable quick and high number of mating in the field.... read more.
At Radiall, Simplification is our Innovation. Radiall’s new offer of coaxial power dividers is perfectly suited for integration in systems that require power division or combination of radio frequency signals. ... read more.