FieldCast Converter Three Hybrid 12G (Bi-Directional SDI-to-FC 2C Hy)

After embracing the future of fiber technology, the Converter Three Hybrid 12G (Bi-Directional SDI-to-FC 2C Hy) stands as a testament to the limitless potential of fiber optic technology. Traditional copper cabling has met its match, struggling to transport the high-resolution, high-frame rate digital video and cinema protocols of today over extended distances. However, this innovative converter effortlessly handles these challenges, transporting vast amounts of data over virtually any distance while maintaining impeccable signal integrity from start to finish.

The Converter Three Hybrid 12G is not just a product of the present, but a gateway to the future. It is primed for the migration to video over IP, paving the way for the IP maps that are being drawn to plan the roads towards tomorrow's infrastructure.

Designed with live events in mind, this durable converter is housed in a heavy-duty aluminum box, featuring a sturdy built-in fiber optic connector. This allows for direct connection to the main cable, facilitating SDI transmission over long distances, up to 2160p60. The converter's compact design includes 1/4" inserts at the top and bottom, enabling easy mounting on pods, rigs, or clamps for secure truss mounting.

The Converter Three Hybrid 12G is not only reliable but also versatile. It features two additional 8.2mm drillings straight through the enclosure, making it easy to use cord, rope, or tie wraps for quick fixing or cascading multiple converters using tubes or nods. The hybrid versions accept voltages between 14V and 40V, while outputting a stable 12V for powering external equipment like cameras or cascaded FieldCast converters.

This high-quality converter offers one channel of 12G SDI to fiber, with loop-through, and one channel of fiber to 3G SDI, with two SDI outputs. It connects directly to the robust FieldCast 2Core SM Hybrid Cable, making it a perfect choice for professionals seeking wide-ranging compatibility and bi-directional conversion capabilities.