Camplex 100' 24-Channel ST Singlemode Tactical Fiber Optic Cable on Reel

After meticulous design and engineering, the 100' 24-Channel ST Singlemode Tactical Fiber Optic Cable on Reel emerges as a superior choice for professionals seeking a robust and efficient solution for Ethernet networking in demanding environments. This high-quality, singlemode fiber optic cable is encased in a durable polyurethane jacket, offering exceptional protection against the elements and ensuring reliable, high-speed data transmission over long distances.

The cable's construction features highly flexible, tight-buffered tactical fibers, reinforced with internal aramid strength members, which provide outstanding crush resistance and resilience in harsh conditions. The yellow jacket not only signifies its purpose as a fiber optic cable but also enhances visibility for easier handling during setup and breakdown.

Each of the 24 channels is terminated with precision-engineered Senko connectors, known for their reliability and performance. The connectors and fibers undergo a rigorous multi-stage machine polishing process, followed by extensive testing to guarantee optimal signal integrity and minimal loss, ensuring that your data arrives intact and at the speed you require.

Convenience is at the forefront of this design, with the cable pre-wound on a sturdy reel that simplifies storage and transportation. The reel itself is thoughtfully equipped with features such as coiling rings, hinged latching doors, or slotted disk dividers, depending on the specific cable diameters and lengths. These features are carefully integrated to protect the cable ends and facilitate efficient cable management, making deployment and retrieval swift and hassle-free.

Ideal for outside broadcast productions and any scenario requiring a dependable, tactical fiber optic connection, this 100-foot cable assembly stands out for its durability, flexibility, and convenience. It is a testament to Camplex's commitment to delivering professional-grade equipment that meets the rigorous demands of field deployment and high-stakes data transmission.