AJA OG-ROI-DVI OpenGear DVI to SDI with Region of Interest scaling.

Overview AJA’s OG-ROI-DVI is an openGear card that allows exceptionally high-quality conversion of computer and DVI signals to 3G-SDI baseband video. With incredible region-of-interest image scaling as well as aspect and frame rate conversion, OG-ROI-DVI fulfills the growing need to properly incorporate computer signals into the video world without sacrificing budget or space. Features openGear compatible card DVI to 3G-SDI conversion with DVI loop through Computer resolutions to video resolutions Scan Converter EDID Emulation 3G-SDI output Supports SD, HD, and 3G formats (see Tech Specs for complete list) Region of Interest scaling Up, down, cross-conversion Aspect ratio conversion Frame rate conversion Image H/V flip and 90 degree rotation Conversion between Deinterlaced and Progressive signals Accepts input DVI formats up to 1920 x 1200 60 Hz Loss of input management: Black or Mute Supports 8-channels of embedded audio 2-channels analog audio output of disembedded audio inputs or 2-channel or 8-channel DVI audio (2x 3-Pin Terminal Block connectors included) Genlock: Reference Input, DVI Input, or Free Run Remote Ethernet configuration through Ross DashBoard software Power: 12 watts Hot-swappable Rear I/O card included Two slots required for each card Compatible with OG-X-FR, OG-3-FR, and DFR-8321 openGear frames Five year warranty Region of Interest Eliminate extra interface clutter and menu bars and extract only the portion of the computer screen you want. OG-ROI-DVI is fully compatible with the free Ross DashBoard application, offering interactive selection of a Region of Interest from the incoming computer signal. You have full control over how that region is scaled to the output resolution using AJA’s high quality scaling algorithms for the cleanest picture quality possible. Take full control of aspect ratio, image rotation, and frame rate conversion with on-screen controls in the DashBoard software that shows you exactly what your source and output will look like, including the formats that are coming in and the choices you have made for the signal going out.