Latest data cable
Increase by 50%

Our Flexible Microwave Cable Assembly (also known as RF pigtail cable, RF coaxial jumper cable, RF coaxial adapter cable, RF coaxial extension cable), include:

• mini coaxial cable assembly, such as 0.81mm, 1.13mm, 1.32mm, 1.37mm, 1.48mm etc. Widely used in portable device, small-scale equipment like laptop, mobile phone and so on, in most case, the cable one end or both end terminated with ultra miniature, ultra small connectors like MHF, U.FL, H.FL, E.FL, W.FL...
• Flexible coaxial cable assembly, such as RG174, RG178, RG179, RG316, RG58 etc.
• Low loss coaxial cable assembly, such as LL100, LL195, LL200, LL240, LL300, LL400, LL500, LL600 etc.
• 75 ohm coaxial cable assembly, such as RG59, RG179 etc.

Semi-rigid cable is a coaxial form using a solid copper outer sheath. This type of coax offers superior screening compared to cables with a braided outer conductor, especially at higher frequencies. The major disadvantage is that the cable, as its name implies, is not very flexible, and is not intended to be flexed after initial forming.

Conformable cable is a flexible reformable alternative to semi-rigid coaxial cable used where flexibility is required. Conformable cable can be stripped and formed by hand without the need for specialized tools, similar to standard coaxial cable.

This advanced RF coaxial cable assembly features an innovative structural design with a silver-plated copper-clad steel (SPCCS) core conductor, combining superior mechanical strength and tensile resistance with excellent conductivity. For specialized applications, we offer a non-magnetic pure silver-copper conductor option, which significantly reduces intermodulation distortion (IMD)—ideal for high-precision communication systems demanding ultra-clean signal integrity.

Compatible with SMA, 2.92mm, 3.5mm, and SMP high-frequency connectors, the assembly incorporates precision impedance-matching technology and low-loss dielectric materials to ensure stable VSWR and insertion loss performance up to 18GHz. Through optimized structural engineering and specialized materials, custom configurations can extend operational capability to 40GHz and beyond, meeting rigorous demands in millimeter-wave applications such as radar, satellite communications, and 5G testing.Every unit undergoes rigorous RF parameter testing and mechanical reliability validation to guarantee long-term stability in harsh operating environments.