About the Roland VC-1-SC Up/Down/Cross Scan Converter to/from SDI/HDMI with Frame Sync
The Roland VC-1-SC is a professional-grade scan converter engineered to resolve complex video signal compatibility issues in live production, broadcast, and installed AV systems. It specializes in performing high-quality up-conversion, down-conversion, and cross-conversion between various video formats, seamlessly translating signals between SDI and HDMI interfaces while also converting between interlaced and progressive scanning methods. This capability is essential for integrating equipment from different eras and standards, such as connecting an older standard-definition interlaced camera to a modern high-definition progressive-scan display or mixing SD and HD sources in a single live production switcher without introducing timing errors or visual artifacts.
A cornerstone of the unit's functionality is its built-in frame synchronizer, which locks an unstable or asynchronous incoming video signal to a stable external reference or its internal sync generator. This process is critical in multi-source environments, as it eliminates rolling, tearing, and other disruptive glitches when switching between unsynchronized feeds, ensuring broadcast-quality stability. The device employs advanced motion-adaptive deinterlacing and scaling algorithms to preserve image detail, minimize motion blur, and maintain the correct aspect ratio during conversion, whether upscaling a 480i signal to 1080p or downscaling a 720p feed to standard definition.
Housed in a durable, compact half-rack metal chassis, the VC-1-SC is designed for reliable, continuous operation in both fixed installations and mobile racks. It offers flexible audio handling by allowing digital audio to be passed through, embedded onto an SDI output, or de-embedded from an SDI input and output as an analog stereo signal via a 3.5mm jack. With comprehensive control options via infrared remote and RS-232 serial interface, this converter provides a robust, set-and-forget solution for ensuring flawless video signal interoperability and timing alignment in demanding applications such as broadcast trucks, live event video walls, corporate boardrooms, and houses of worship.