Camplex FCS015A-FR 1' Receptacle Breakout Cable with ST Female Connector

The Camplex FCS015A-FR 1' SMPTE/ARIB Hybrid Fiber Optic Receptacle Breakout Cable with ST Female Connector is an essential tool for professional video and broadcast applications. This durable and high-quality breakout cable is engineered to seamlessly integrate into SMPTE rack panels, splice trays, adapters, and wall boxes, providing a reliable connection for a variety of setups.Crafted with precision, the breakout series features Canare FC-Series connectors that lead to a duplex ST female optical connector, accompanied by power breakouts with copper leads wired to AMP connectors or blunt ends. The innovative design ensures compatibility with both SMPTE and ARIB standards, making it a versatile choice for professionals seeking to connect cameras or other devices with hybrid fiber optic outputs to equipment with ST female connector inputs.The cable is meticulously UPC machine polished to meet or exceed all SMPTE 304M/311M standards, ensuring optimal signal integrity and performance. Assembled with premium Belden or Furukawa super flexible U.S SMPTE standard studio broadcast cable, this product integrates a power line for TV camera, control line, and optical fiber for high-definition video and audio transmission.The composite cable consists of two single-mode optical fibers, four 20 AWG, and two 24 AWG tinned copper conductors cabled around a steel strength element, all shielded by an overall tinned copper braid. This configuration not only enhances the cable's durability but also ensures reliable power and signal transmission for HDTV Broadcast camera use.Designed for ease of use, the cable features a flexible PVC blend jacket that allows for smooth handling within the studio environment. Whether used for studio setups, patching, or light to medium field use, the Camplex FCS015A-FR 1' SMPTE/ARIB Hybrid Fiber Optic Receptacle Breakout Cable with ST Female Connector stands as an innovative and professional solution for high-quality audio and video transmission.