- ±2.8PS - Phase Matched
- Armorized & Weatherized MonoCoil & Polyolefin
- Armorized & Weatherized PVC
- Armorized Protective Covering
- Dust Caps; Extended Boot
- Weatherized Protection Covering
- Z - Weather Proof Sealing
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High Performance Cable Assemblies
High performance flexible cable assemblies with the lowest insertion loss and highest frequency response.
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High Performance Dynamic Cable Assemblies
For high dynamic flexure applications using precision grade low loss PTFE and stranded center conductors designed for Test & Measurement, Defense, Commercial markets.
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Solid PTFE Flexible Cable Assemblies
Cable assemblies that combine a silver plated, copper clad steel center conductor, the crush resistance of a high density dielectric, the strength of over-sized braids.
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What are 5 Challenges RF Cable Assembly Face in the Space Industry?
Learn from our industry experts as they share RF cable assembly challenges focused on radiation harden materials, cable routing, cable modularity, shielding effectiveness and lowering cost of ownership.
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Eclipse Global Connectivity, Smiths Interconnect and ST Engineering iDirect Collaborate to deliver a new Airborne ISR SATCOM capability for Mil/Gov Operators
Eclipse Global Connectivity, Smiths Interconnect and ST Engineering iDirect (iDirect) today announced their collaboration to deliver an integrated airborne Intelligence Surveillance and Reconnaissance (A-ISR) satellite communications (SATCOM) capability for military and government aircraft.
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Lab-Flex® T offers superior phase performance
Smiths Interconnect Launches Lab-Flex® T Series of Coaxial Cable Assemblies. Flexible cables with superior phase performance for Radar, Satellite and Test applications.
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High reliability wire-bondable chip terminations in a small package
The new HR-CTX high frequency termination Series offers excellent broadband performance up to 64GHz and unrivalled power rating capability up to 5 Watts in a compact 0404 package. Its four times smaller footprint allows customers to save space and weight on the board, while the total thin film design optimized on Aluminum Nitride offers a high power dissipation.