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0.12M N-Type M-F
RG400- 8GHz
Designed for reliable RF testing and signal transmission, this 0.12m N-Type Male to N-Type Female RG400 coaxial cable features a double-shielded construction for stable signal performance and effective EMI shielding. With a 50Ω impedance, it is suitable for RF test equipment, laboratory setups, communication systems, and other high-frequency applications up to 8GHz.
0.1m SMA Male to SMP Female
3506 RF Cable – 26.5GHz
The 0.1m SMA Male to SMP Female RF Cable – 3506 Series is designed for high-frequency signal transmission with precision and reliability up to 26.5 GHz. Featuring low-loss 3506 coaxial cable and high-quality connectors, this compact assembly ensures excellent signal integrity and phase stability. Its small form factor makes it ideal for space-constrained applications in advanced RF systems, including telecommunications, aerospace, and test instrumentation.
0.2m SMA Male to SMP Female
3506 RF Cable – 26.5GHz
The 0.2m SMA Male to SMP Female 3506 RF Cable is a high-performance, compact solution for high-frequency signal transmission up to 26.5 GHz. Built using 3506 series low-loss cable, it delivers excellent phase and amplitude stability, making it ideal for dense test setups, internal module interconnects, and high-frequency signal routing in both lab and system environments.
0.3m SMA Male to SMA Male
RF Test Cable – 26.5GHz
The 0.3m SMA Male to SMA Male RF Test Cable is designed for high-frequency testing applications up to 26.5 GHz, delivering low insertion loss and excellent phase stability. Built with precision-grade coaxial construction, it ensures reliable signal transmission for lab and field environments. The 0.3-meter length offers the flexibility needed for compact test setups without sacrificing performance. Ideal for applications requiring consistent and repeatable RF measurements.
0.3m SMA Male to SMA Male
Ultra Flexible RF Test Cable – 26.5 GHz
The 0.3m SMA Male to SMA Male Ultra Flexible RF Test Cable is engineered for high-frequency testing up to 26.5 GHz, offering superior flexibility without compromising signal performance. Designed for tight bends and compact test environments, this cable provides low insertion loss, stable phase characteristics, and robust mechanical durability. It’s an ideal solution for lab technicians and engineers requiring high-performance connections in space-constrained setups.
0.4m SMA Male to SMA Male
Ultra Flexible RF Test Cable – 26.5 GHz
The 0.4m SMA Male to SMA Male Ultra Flexible RF Test Cable is designed for high-frequency signal transmission up to 26.5 GHz, offering an ultra-flexible solution without sacrificing performance. Its low insertion loss and excellent phase stability make it an essential tool for engineers and technicians working in dynamic testing environments. Ideal for tight spaces, this cable ensures reliable signal integrity even with frequent movement or repositioning, making it perfect for both laboratory and field applications.
0.5M N-Type M-M, FEP Green – 8.5GHz
RG223 Flexible RF Test Cable – 8.5GHz
Designed for reliable RF testing and signal transmission, this 0.5m N-Type Male to N-Type Male RG223 coaxial cable features a green FEP jacket and double-shielded construction for stable signal performance and effective EMI shielding. With a 50Ω impedance, it is suitable for RF test equipment, laboratory setups, communication systems, and other high-frequency applications up to 8.5GHz.
0.5m SMA Male to N Type Male
SFT-142 RF Test Cable
The 0.5m SMA Male to N Type Male SFT-142 RF Test Cable is built for high-performance RF testing and signal transmission, offering excellent electrical stability and mechanical durability. Constructed with SFT-142 semi-flexible coaxial cable, it provides low insertion loss and consistent phase characteristics across a broad frequency range. Ideal for interfacing precision SMA equipment with rugged N Type connectors, this 0.5-meter assembly is a dependable solution for lab and field test applications.
0.5m SMA Male to N Type Male
SS402 RF Test Cable
The 0.5m SMA Male to N Type Male SS402 RF Test Cable is engineered for high-performance RF signal transmission and testing applications up to 26.5 GHz. Constructed with SS402 semi-rigid coaxial cable, it offers excellent phase stability, low insertion loss, and superior shielding. This cable provides a reliable connection between precision SMA instruments and rugged N Type interfaces, making it ideal for both lab and field use in demanding RF environments.
0.6M RF SMA(M)-SMP(F) Cable
26.5GHz low-loss RF cable with stable amplitude and phase performance
The 0.6 m SMA Male to SMP Female RF Cable is designed for high-frequency signal transmission up to 26.5 GHz. The cable features an 80% velocity-factor PTFE dielectric with silver-plated copper tape wrapping, providing ultra-low loss and excellent phase stability over temperature. Its stable amplitude and phase performance makes it suitable for precision RF signal transmission and measurement applications.
0.76m Type N Male Hex Knurl Type N Male Right Angle, Test Cable
30in DC-8 GHz Braided Jacket
The N-Type Male to N-Type Male Right-Angle RF Cable is designed for reliable RF and microwave signal transmission with low insertion loss and excellent shielding performance. Featuring a solid center conductor, PTFE insulation, silver-plated copper braided outer shield, and silver-plated copper spiral inner shield, this flexible cable provides strong signal integrity and durability. It is suitable for telecommunications, instrumentation, automotive, industrial, 5G wireless, and other high-frequency RF applications.
1.5m N Type Male to N Type Male
RG223P Ultra Flexible RF Cable – 8.5 GHz
The 1.5m N Type Male to N Type Male RG223P Ultra Flexible RF Cable is designed for reliable RF signal transmission up to 8.5 GHz, combining excellent durability with high flexibility. Built with RG223P double-shielded coaxial cable, this assembly offers low signal loss, superior shielding effectiveness, and resistance to repeated bending. Its rugged N Type Male connectors and flexible design make it ideal for test environments and field deployments requiring stable, long-reach RF connections.
