Optoelectronics & Fiber Optics

The 9 series cable is a high performance interconnect cable for a wide range of applications including communications, radar, uplink/downlink, airborne and space. These assemblies feature a low loss triple shielded cable and give outstanding shielding effectiveness. They are available with various precision connectors which feature excellent VSWR.

The TM series "RF Orange" cable is a cost effective solution for numerous production or general purpose test applications including ATE/ATS and BERT/scalar/spectrum. The GrooveTube® technology offers excellent phase and amplitude stability with flexure.

MegaPhase's CM series cable is a small diameter, super flexible, lightweight cable to be used for Chipset test and measurement, and testing of lightweight discrete components.

The ENVIROFLEX® line of RF coaxial cables are a halogen-free alternative to conventional PTFE coax cables.

The 9 series cable is a high performance interconnect cable for a wide range of applications including communications, radar, uplink/downlink, airborne and space. These assemblies feature a low loss triple shielded cable and give outstanding shielding effectiveness. They are available with various precision connectors which feature excellent VSWR.

The RF Green^TM is an RF and Microwave test and measurement cable that is both high performance and environmentally sound.

The new SUCOFLEX 400 microwave cable family has been specifically developed for industrial, medical, test and measurement and ground defence applications, where the lowest loss, highest performance, best phase stability versus temperature and phase stability versus bending, excellent return loss and mechanical stability are of the utmost importance.

The Warrior Cable® with internally armored GrooveTube® technology, is a field proven design that provides repeatable and dependable performance in extreme conditions for electronic countermeasures, SATCOM and EW systems. In addition to stability under vibration and flexure, it also features excellent shielding effectiveness to avoid conflict with adjacent signals.