IntelliConnect
IntelliConnect, headquartered in Huntingdon, UK, manufactures high-reliability RF connectors, adaptors, and cable assemblies with particular depth in custom, cryogenic, and waterproof interconnect solutions for defense, scientific research, and commercial applications. Products include RF connectors, coaxial cable assemblies, cryogenic connectors and superconducting cable assemblies for quantum computing and space receiver programs, waterproof connectors for subsea and outdoor deployments, and millimeter wave adaptors operating at high-frequency bands. Technologies addressed include RF/microwave, cryogenics and low-temperature signal integrity for superconducting applications, millimeter wave signal routing, and waterproof and harsh-environment connector design. In-house capabilities include custom RF interconnect design, engineering services, cryogenic subsystem fabrication and box builds, and environmental and performance testing to satisfy defense and research program requirements. UK and European defence engineers, quantum-computing researchers, and satellite system designers evaluating cryogenic RF connectors, millimeter wave adaptors, or waterproof RF assemblies can access product catalogs and request custom design support at intelliconnectgroup.com or through the Amphenol M&A listing at amphenolmao.com.
Low Loss RF Cable Assemblies
Flexible and semi‑flexible 50 Ω coaxial cable assemblies engineered by Amphenol Military & Aerospace’s IntelliConnect division for low‑attenuation, phase‑stable microwave performance. Options include IW Series Low Loss, Spiral Strip, Conformable, and LMR‑type variants supporting frequencies into the tens of GHz for radar, SATCOM, EW, and test systems.
Cryogenic Semi-Rigid RF Cable Assemblies
Semi‑rigid cryogenic RF cable assemblies from Amphenol Military & Aerospace’s IntelliConnect CryoCoax line engineered for operation down to sub‑4 K temperatures. Available in stainless‑steel, cupronickel, beryllium‑copper, and niobium‑titanium constructions, these 50 Ω assemblies maintain low attenuation and consistent impedance to 40 GHz, providing reliable signal paths for quantum, medical, and research cryogenic systems.
