Panasonic BT-LH1850 Brochure - Page 3

Image Quality and Color Management Technologies in the LH Series LCD Monitors for Broadcasting Use Video Input YUV ⇒ RGB Matrix Conversion Color Correction (3D-LUT) Gamma Adjustment WB Adjustment (RGB) Panel Output SMPTE-C/EBU/ITU 2.2/2.35 D93/D65/D56 3D-LUT Color Correction Keeps Colors Faithful Even at Low Luminance Level 3D-LUT Matrix (two dimensions) When the luminance levels of input signal is 100% When the luminance levels of input signal is 100% When the luminance levels of input signal is 10% The color space on LCD displays tends to narrow when the luminance level drops, and it's often accompanied by color phase shifts that cause colors to drift. 3D-LUT (Look Up Table) Color Correction on the LH Series LCD monitors includes a look up table for each luminance level, and applies 10 bit image processing to each RGB color to balance the six When the luminance levels of input signal is 10% coordinate poles of the three primary colors (RGB) and their complementary colors (CMY). This solves the problem of color drifting at low luminance levels, and keeps colors vividly natural. 6-Poles (RGB/CMY) Coordinate Correction Produces Smooth Intermediate Colors 6-Poles (RGB/CMY) Coordinate Correction In addition to enhancing low luminance areas, 3D-LUT Color Correction helps to produce finely nuanced intermediate hues. Based on color measurements in the intermediate color parts of the image, this function applies smooth correction 3-Poles (RGB) Coordinate Correction processing while balancing the six coordinates of the three primary colors (RGB) and their complementary colors (CMY), resulting in beautifully smooth gradation. It keeps the intermediate shades of extremely fine colors vibrant and lifelike. 2