Camplex 500' LEMO FUW Male Plug to PUW Female Socket with Hitachi Bend Insensitive Outside Broadcast SMPTE Fiber Optic Camera Cable for Harsh Environments

Where durability meets versatility, the 500' LEMO FUW Male Plug to PUW Female Socket with Hitachi Bend Insensitive Outside Broadcast SMPTE Fiber Optic Camera Cable stands out as a high-quality solution for broadcasting in harsh environments. This robust cable is constructed with Hitachi SMPTE 311M ruggedized camera cable, renowned for its resilience and reliability.

The cable is further enhanced with ultra-precision LEMO connectors, making it an ideal choice for mobile trucks, outdoor venues, and permanent outdoor installations. The Corning bend-insensitive fiber used in the manufacture of these cables allows for extreme stress, making them perfect for use in confined spaces such as behind racks and in trucks.

The cable's tough, abrasion and UV-resistant polyurethane jacket ensures it can meet all your high-definition needs without compromising performance, even in the most challenging conditions. The bend-insensitive fiber also ensures optimal performance, even when space is at a premium.

The LEMO certified machine-polished fiber contacts are fully protected with Camplex over boots and caps, making them suitable for the most demanding applications. These include high-speed uncompressed HD video transmissions over long distances.

The cable assemblies are multi-stage machine polished and tested for <-55db RL, with test results supplied for each cable. This rigorous testing ensures that the cable meets or exceeds SMPTE 304M/311M standards.

Each cable is assembled and tested by LEMO trained technicians in their in-house fiber shop to LEMO specifications, ensuring the highest quality and reliability. Full repair services are also available.

Available in a variety of lengths, this cable offers flexibility and adaptability to suit your specific needs. Custom lengths and configurations are also available, making this cable a versatile solution for a wide range of broadcasting applications.