Sony Multi-Format Frame Memory Board Set for MVS-8000G and MVS-6000 Production Switchers

Overhaul your production capabilities with the Sony Multi-Format Frame Memory Board Set, an essential upgrade for the MVS-8000G and MVS-6000 Production Switchers. This board set is engineered to seamlessly integrate with your existing switcher hardware, providing a robust solution for managing and storing high-quality video frames.

With the capability to install up to two boards in the MVS-8000G or MVS-6000, you can significantly expand your frame storage capacity. A single board is a powerhouse on its own, capable of storing an impressive array of frames, whether you're dealing with still images or dynamic frame memory clips. By opting for a dual-board configuration, you effectively double your storage potential, ensuring that you have ample space for even the most demanding production scenarios.

The Sony Multi-Format Frame Memory Board Set is particularly adept at handling high-resolution content. For instance, when equipped with one MKS-8442G board, your switcher can accommodate up to 1000 images in the 1080i format. This includes a combination of both still images and frame memory clips, providing you with the flexibility to capture and recall a diverse range of visual media.

For those utilizing the MVS-8000GSF model, the system supports the installation of a single board, which still offers a substantial upgrade in frame storage capabilities. This enhancement is crucial for professionals who require quick access to a large library of images and clips during live productions or post-production processes.

In summary, the Sony Multi-Format Frame Memory Board Set is a strategic addition to your MVS-8000G or MVS-6000 switcher, designed to elevate your production workflow with increased storage, seamless integration, and support for high-definition content. Whether you're broadcasting live events, creating complex video projects, or simply need a reliable storage solution for your visual assets, this board set is engineered to meet the rigorous demands of modern production environments.