Cobalt Digital CB-9980-2CSC-3G 3G, HD and SD-SDI Dual Path RGB Color Space Corrector and Frame synchronization

The Cobalt 9980-2CSC-3G 3G/HD/SD-SDI Dual-Channel RGB Color Space Corrector/Frame Sync with Integrated Test Signal Generator and OGCP-9000/CC Control Panel Support actions two independent signal paths of color correction/frame sync on a single open-Gear card. Using our HPF-9000 20-slot frame, this provides up to 40 channels of processing in a single frame. The 9980-2CSC-3G actions dual independent RGB-space color correction channels with YCbCr proc features with RGB processing controls providing full offset, gain and gamma adjustments. The YCbCr proc controls provide lift, gain, saturation, phase, white clip ( hard and soft), black clip, and color saturation clip.Two independent built-in pattern generators ( which provide calibrated 75 or 100 color bars among other patterns) preceding the color correction blocks allow calibration offsets to compensate for on-set monitor/camera colorimetry, with the custom settings saved to a preset, resulting in one-button recall of monitor/camera calibration settings. Any custom settings can be saved to user presets for instant recall via DashBoard or our intuitive OGCP-9000/CC Color Correction Remote Control Panel.The space-saving design of the 9980-2CSC provides for high density, allowing two cards to be collocated in adjacent slots and served by a single, standard width-"split-" rear module. This provides four video paths per each pair of slots, readily providing 20 channels of processing in only 10 slots. Features Two independent processing paths per card - 20 channels of processing in only 10 slots Full dual-channel independent RGB color correction ( offset, gain, gamma) Dual frame sync with full H/V offset and manual/LOS video pattern generator Passes entire YCbCr gamut in unity gain configuration Extended YCbCr proc controls with white hard clip, white soft clip, black hard clip, and saturation clip Phase preserved when applying saturation clip One button bypass of color correction for comparison purposes Low-power and