As system density increases, adaptable cable solutions are helping maintain signal integrity while allowing precise routing across complex RF layouts.
Amphenol RF has expanded its portfolio of pre-configured cable assemblies with additional standard lengths for its SMA plug to SMA jack configuration, designed on 0.085 inch conformable cable. The offering is aimed at high-frequency applications that require a balance between semi-rigid electrical performance and flexible routing in compact designs.
The assemblies are suited for RF and microwave environments such as laboratory testing setups, industrial infrastructure and signal routing within enclosures. Supporting frequencies up to 18 GHz, the configuration enables reliable transmission across board-to-panel and module-level applications where controlled impedance and shielding are important considerations.
Built using gold-plated brass connectors, the design focuses on durability and consistent electrical performance. The availability of multiple standard lengths, ranging from 3 inches to 48 inches, allows designers to select suitable options without requiring fully custom cable fabrication, helping to streamline prototyping and deployment.
A key aspect of the solution lies in the use of 0.085 inch conformable cable, which combines the electrical characteristics of semi-rigid cable with the handling flexibility of formable alternatives. The cable can be bent and shaped manually during installation and retains its form, enabling precise routing in dense layouts without additional tooling. This can be particularly useful in applications where space constraints or specific signal paths demand tailored cable positioning.
Such assemblies are commonly used in test and measurement equipment, RF enclosures and integrated system builds, where maintaining signal integrity while accommodating mechanical constraints is critical. By extending available length options, the updated portfolio provides greater adaptability for engineers working on high-frequency designs that require both performance and routing flexibility.
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