Camplex OpticalCON QUAD to QUAD Singlemode X-TREME Tactical Fiber Cable, 100'

When seeking a robust and reliable solution for high-stakes data transmission in harsh environments, look no further than the OpticalCON QUAD to QUAD Singlemode X-TREME Tactical Fiber Cable, 100'. This 4-channel singlemode fiber cable, part of the X-TREME series, is specifically designed to withstand severe conditions, making it an ideal choice for outdoor broadcasts, live events, and industrial applications.

Constructed with a double-jacket glass yarn armor, this cable is not only cut-proof but also resistant to rodent damage, ensuring uninterrupted data flow even in the most challenging circumstances. The black PUR outer jacket provides additional protection and durability, while the aramid yarn offers excellent cable retention, reducing the risk of disconnection or damage.

The OpticalCON QUAD cable connector at the heart of this product accommodates four PC optical channels. This is based on the conventional and proven LC connectivity, but with an added layer of protection from a ruggedized and durable all-metal housing. This robust housing is designed to withstand the rigors of heavy-duty use, ensuring long-term reliability and performance.

One of the standout features of this OpticalCON QUAD to QUAD Singlemode X-TREME Tactical Fiber Cable is its spring-loaded push-pull locking mechanism. This feature ensures a secure connection at all times, preventing accidental disconnections and ensuring consistent data transmission.

Moreover, this cable is equipped with an automatically operated sealing cover that provides exceptional protection for the optical connection against dirt and dust. This feature ensures the integrity of the data transmission, even in environments with high levels of particulates.

In summary, the OpticalCON QUAD to QUAD Singlemode X-TREME Tactical Fiber Cable, 100' is a high-performance, rugged, and reliable solution for data transmission in severe environments. Its unique construction and features ensure it delivers consistent, high-quality performance, making it a valuable asset in any demanding data transmission scenario.