ARTICLES

ExpressRF 18 LRL_Render_300DPI.jpg

ExpressRF™18 LRL

ExpressRF™18 LRL (Low Return Loss) is Swift Bridge Technologies’ first ultra-low return loss standard RF cable product line. These cable assemblies offer impressively low return losses, below -24dB or less than 1.13 VSWR at 18GHz.


Read More
400-0780-XX_Render_300DPI.jpg

DuraWave™ PS43

DuraWave™ PS43 was developed by Swift Bridge Technologies to exceed OEM performance through 43.5GHz. These ruggedized, phase and magnitude stable RF cables are well-suited for on-site field testing, manufacturing environments and the testing laboratory. 


Read More
Express RF 150DPI.jpg

ExpressRF™

ExpressRF™ is Swift Bridge Technologies’ most affordable RF cable product line. These cable assemblies are flexible, and offer low signal loss across a broad frequency range, DC through 65GHz. Cable sizes compatible with all connectors designed for RG402 and RG405 coax.


Read More
FastEdge Brochure Photo_Color300DPI.jpg

FastEdge™

FastEdge™ is a high-quality, versatile, and cost-effective RF cable solution. These flexible, low loss test cables utilize precision RF connectors, custom molded flex reliefs and an abrasion resistant polyurethane jacket.


Read More
FastEdgePS300DPI.jpg

FastEdge™ PS

FastEdge™ PS RF cable assemblies feature enhanced phase and amplitude stability with flexure without sacrificing flexibility. The PS series distinguishes itself by guaranteeing a maximum phase and insertion loss stability specification. 


Read More
DuraWave Brochure Photo_Color300DPI.jpg

DuraWave™

DuraWave™ RF is an armored cable solution, designed to endure the physical stresses of outdoor use and harsh production environments. The cable construction employs crush and torque resistant armoring to prevent external stresses from being introduced into the coaxial transmission line.


Read More
DuraWavePS300DPI.jpg

DuraWave™ PS

DuraWave™ PS are ruggedized cable assemblies, ideal for on-site field testing, harsh production environments and the testing laboratory. The PS series distinguishes itself by guaranteeing a maximum phase and insertion loss stability specification. 


Read More