Cables

PRODUCTS AND SERVICES

StabilityPlus™ assemblies are the industry standard for durable, high-performance microwave/RF cable assemblies. Engineered for applications demanding precision phase and amplitude stability, StabilityPlus™ ensures consistent measurement results.

HUBER+SUHNER SUCOFLEX 570S Microwave Cable Assemblies are 70GHz assemblies offering a long lifetime of more than 20,000 flex cycles.

Times Microwave Systems offers the 5GFlex™18 Assemblies of dependable, flexible, outdoor rated, general-use coaxial cables for many 5G applications, including telecom networks, satellite communications, and machine-to-machine controls.

High-Frequency, Low-Loss flexible cables from A.H. Systems are the preferred choice over standard cable types. With improved power handling, low VSWR, and high frequency capabilities, the Low-Loss cables can be made to your specified length and delivered in two days. 

HUBER+SUHNERs wide range of superior, flexible and rugged cable assemblies with excellent mechanical and electrical performance attributes guarantees consistency and reliability of signal transmission in any test environment. 

UltraLite RF Cable Connectors are designed to perform at high frequencies and harsh environments with lower weight compared to their steel and brass counterparts by leveraging aluminum construction.

The PhaseTrack® 047 is a compact, phase stable, highly flexible, micro coaxial cable originally designed for space flight applications, but has now made its debut as an ultra-flexible cable assembly in the operating room. This high-performance cable easily accommodates densely packed in-the-box applications.

Bird offers the FH-AV-KIT, a FlightHawk™ RF Aviation Test Kit designed for avionics testing and measurement applications. This kit includes a proven antenna and cable testing functionality of the FlightHawk handheld analyzer, all necessary adapters and cabling, and Bird’s aviation testing software that allows anyone on the maintenance team to test and verify all antenna systems in a fleet.