Camplex 10' 2-Channel Single Mode Tactical Fiber Optical Snake Cable with LC Connector

The 10' 2-Channel Single Mode Tactical Fiber Optical Snake Cable with LC Connector is a robust and durable solution tailored for demanding field production environments, including outside broadcasts and equipment rental operations. This cable is engineered with a highly flexible, tight-buffered design, incorporating internal aramid strength members that offer exceptional crush resistance, ensuring reliable performance in high-traffic areas where heavy equipment is used.

Crafted to endure the rigors of use in challenging conditions, the cable features a rugged polyurethane outer sheath that is capable of withstanding the intense pressure of military tanks and outside broadcast vehicles, highlighting its superior durability. The precision of this cable is evident in its construction, with each assembly undergoing a multistage machine polishing process. This meticulous attention to detail ensures an optimal return loss of <-55dB, guaranteeing high-quality signal integrity for critical audio and video applications.

Every cable is accompanied by comprehensive test results for each channel, providing users with the assurance of its performance standards. Manufactured in-house at Camplex's cutting-edge, LEMO-trained fiber shop, this tactical fiber optic cable exemplifies the highest standards of quality and craftsmanship.

For those with specific requirements, custom lengths and configurations are readily available, offering a tailored solution for unique setups. Additionally, for enhanced convenience and portability, 2-Channel Tactical Snakes with Reels are also an option, providing an organized and efficient means of deploying and managing the cables on location.

Whether for live event production, broadcasting, or any application where reliability and signal integrity cannot be compromised, the 10' 2-Channel Single Mode Tactical Fiber Optical Snake Cable with LC Connector stands as a testament to performance and durability in the most challenging of environments.