Assembled coaxial cables for RF, measurement and telecommunications applications. General-purpose lines, VNA cables and high-performance RF assemblies with SMA, N, BNC, 2.92mm, 1.85mm and other professional RF interfaces.
Explore our premium range of coaxial cable assemblies engineered for RF, microwave, and millimeter-wave applications. Designed for frequencies from DC to 110 GHz, our assemblies deliver exceptional signal integrity, low insertion loss, and rugged reliability across demanding environments.
Our coaxial cable assemblies support a broad spectrum of applications—from low-frequency RF to high-frequency mmWave systems. Whether you're working on 5G, radar, satellite, or test & measurement setups, we offer solutions that meet your exact frequency and performance requirements.
Choose from a wide selection of precision connectors including BNC, SMA, N-Type, TNC, 2.92 mm (K), 2.4 mm, 1.85 mm (V), and 1.0 mm (W). Assemblies are available in standard or custom lengths, with straight, right-angle, or bulkhead terminations. Need phase-matched pairs or ruggedized builds? We’ve got you covered.
Our assemblies are built with high-quality coaxial cables featuring low dielectric loss, triple shielding, and excellent phase stability over temperature and flexure. Ideal for lab-grade measurements, aerospace, defense, and high-speed digital systems.
All assemblies are 100% tested for VSWR and insertion loss. We offer rapid production, competitive pricing, and international shipping with full traceability. Whether you need prototypes or volume production, we deliver performance you can trust.
5G & 6G wireless infrastructure
Aerospace & defense systems
Automotive radar (77 GHz)
RF/microwave test benches
Satcom & GNSS systems
Quantum computing & research labs
We’re here to help. If you didn’t find the exact coaxial cable assembly you need, contact us here for personalized support or use our custom cable configurator
This category is a specialization of RF and microwave coaxial cables, designed for high-frequency applications.