JVC FS-790PNAG Powered Fiber Optic system for GY-HM890

You can elevate your broadcasting and video production capabilities with the FS-790PNAG Powered Fiber Optic System for GY-HM890. This innovative system, developed exclusively for JVC's GY-HM890 ProHD cameras, replaces the traditional, bulky multicore cables with a durable, lightweight fiber cable.

The FS-790PNAG system is a powerful tool for a variety of applications, including production studios, OB Vans, live sports events, concerts, and worship installations. It offers robust two-way communication between cameras and control systems, ensuring a reliable and high-quality transmission of video and audio signals over long distances.

The system includes a custom-designed camera back transceiver module that attaches directly to the GY-HM890 body using a hidden 68-pin connector. This feature allows broadcasters to fully utilize the camera's studio functionality in the field. It connects the camera via SMPTE hybrid (powered) or tactical (unpowered) fiber optic cable to a CopperHead base station, typically located in a control room, fly-pack, or OB van.

The FS-790PNAG system simultaneously transports bidirectional digital (SDI or HD-SDI) and analog (NTSC or PAL) video, as well as all two-way camera control, audio, video, data, sync, timecode, tally/call, prompter, and intercom signals between the camera head and the remote CopperHead Base Station.

The lightweight, 1 RU CopperHead Base Station is easily integrated into any studio, mobile truck, or portable flypack. It plugs directly into a facility's switcher, router, intercom, and house sync systems, ensuring seamless operation.

The SMPTE Hybrid Fiber feature adds power capability and can deliver up to 100W of power to the camera up to 1.2 miles from the base station. Both cables are immune to interference, ensuring a stable and reliable connection.

In essence, the FS-790PNAG Powered Fiber Optic System for GY-HM890 is a comprehensive solution for your broadcasting and video production needs, offering convenience, reliability, and high-quality performance.