We propose a novel impulse driving method for the liquid crystal display, which improves motion picture quality without sacrificing maximum brightness. Moreover, we also propose new evaluation method for flat panel display in the bright environment, which reflect the display quality in the actual light situation.
We have successfully developed a LCD for Super Hi-Vision. This LCD has a panel of 7680 by 4320 pixels, which is 16 times as many as that of conventional Full-HD, and it features a diagonal screen size of 85 inches. A single pixel measures 0.245 mm (103PPI). The brightness has been achieved 300 cd/m 2 or higher by using low-load interconnection and UV 2 A technologies. Additionally, the LC charging time has been extended by quad area and double source line structures. Furthermore, we realized the real-time display of huge image data with a transmission rate of 72Gbps by high-definition mounting and high-speed video processing technologies.
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