Camplex 500' 8-Channel OM3 Single Mode Fiber Optic Tactical Snake Cable with ST Connector

Bring unparalleled durability and performance to your field production operations with our 500' 8-Channel OM3 Single Mode Fiber Optic Tactical Snake Cable with ST Connectors. This ruggedized multi-channel fiber optic cable is expertly designed to endure multiple deployments in demanding environments, making it an ideal solution for outside broadcast, rental houses, and other field applications where reliability is paramount.

Crafted with highly flexible tight-buffered tactical cables, this product incorporates internal aramid strength members, providing exceptional crush resistance in high-traffic areas. Whether subjected to the weight of military tanks or the rigorous demands of Outside Broadcast vehicles, the robust polyurethane outer sheath is engineered to resist crushing and environmental hazards, ensuring your connections remain secure and uninterrupted.

Precision is at the heart of our design; all assemblies undergo multistage machine polishing, achieving a return loss of <-55dB RL. This meticulous process guarantees optimal signal clarity and strength. To affirm our commitment to quality, test results for each channel are provided with every cable, ensuring that you have the necessary documentation for your records.

Manufactured in-house at Camplex's cutting-edge, LEMO-trained fiber shop, our fiber optic cables are synonymous with excellence and reliability. We also offer full repair services, ensuring that your investment is protected and maintained to the highest standards.

For those requiring specific lengths or configurations, we provide custom solutions tailored to meet your unique needs. Additionally, for enhanced convenience and portability, our 8-Channel Tactical Snakes with Reels are available, offering easy deployment and storage for on-the-go professionals.

Elevate your production capabilities with our 500' 8-Channel OM3 Single Mode Fiber Optic Tactical Snake Cable, the professional's choice for high-quality, resilient field connectivity.