Camplex 500' opticalCON DUO & 3-Channel XLR Audio ENG Tactical Hybrid Reel Cable

Be at the forefront of professional broadcasting with the Camplex HF-ENGOC2, a uniquely designed opticalCON DUO fiber+audio ENG hybrid camera snake reel that stands alone in the industry. This 500-foot tactical hybrid reel cable is the epitome of innovation, combining an opticalCON DUO fiber optic channel for pristine camera send and receive capabilities with three robust, balanced XLR lines for crystal-clear audio and reliable intercom communication.

Crafted for the rigorous demands of Electronic News Gathering (ENG) and perfectly suited for any camera over fiber field transmission system, the HF-ENGOC2 is equipped with opticalCON fiber connectors renowned for their high-quality signal transmission and physical durability. The third-generation design of this Camplex ENG hybrid cable incorporates individually shielded audio pairs, meticulously engineered to eliminate crosstalk and ensure the integrity of both mic and line level signals.

Experience the power of extended reach and minimal signal loss with the low-loss fiber technology integrated into this ENG cable, making it the superior choice for outside broadcast and live event production where distance and clarity are paramount. The cable's outdoor-rated tactical fiber construction is specifically tailored to withstand the elements and the challenges of on-location work.

Connect with confidence, as the audio channels boast industry-standard Neutrik XLR connections, offering the most reliable and secure audio interconnects in the industry. The entire ENG snake is meticulously housed on a broadcast-quality cable reel, designed to meet the stringent specifications of fiber bend radius and constructed to endure years of field use.

With its unparalleled combination of durability, versatility, and high-quality signal transmission, the Camplex HF-ENGOC2 is an indispensable asset for professionals seeking a reliable and efficient solution for their audio and video recording needs in any environment.