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Micronas announces the latest generation of FRC 94xyM Full HD frame rate conversion ICs, which eliminates the unpleasant "motion blur" and "image jitter" issues of full HD (1080p) TVs. In order to eliminate the motion blur and movie image jitter of today's LCD TVs, so as to get rid of their own performance constraints, the new truD? FHD 120 technology came into being, which is a breakthrough in video processing technology. It uses advanced processing technology to generate 120 frames per second for 50/60Hz broadcast content and 24 fps image source.Market research companies such as DisplaySearch predict that the latest high frame rate 100/120Hz LCD technology will bring a full HD high-definition display boom. In 2008, 100/120Hz LCD TVs on the market are expected to exceed 10 million units. The FRC-M is a key technology driving the development of this type of display, which has greatly improved the overall picture quality of the display.
It has been verified that the best way to overcome the blurred image of LCD TV is to increase the signal-to-image ratio. The more images, the more realistic the motion will be. Beyond the state of the art, the FRC 94xyM uses Micronas' patented truD FHD 120 technology to produce 100/120 images per second, which allows LCD TVs to deliver bright, clear moving images with no blurring.
Image jitter in the film can cause annoying flicker on large displays with high brightness and high contrast. The so-called debounce technique uses motion vector estimation and compensation techniques to convert a movie image originally captured at 24 fps to a 100/120 Hz television display frame rate. Micronas' truD FHD 120 motion compensation technology increases the frame rate by generating more frames. Whether the film source is TV broadcast or the latest generation of media players, ordinary flat-panel TVs can only play at a low frame rate of 24p, and image jitter is inevitable, and new technology can completely solve this problem.
For best results, Micronas uses a unique Full HD processing technology to process images in full HD resolution. The display is able to display an image that is exactly the same as the source image. All flat panel displays, including LCD, plasma and rear projection TVs, will benefit from this technology.
Both the input and output use the Low Voltage Differential Signaling (LVDS) interface to reduce cost and reduce pins, and even reduce electrical noise to improve signal quality. The application of spread-spectrum clocks in ICs further reduces noise. The FRC 94xyM can even drive the largest LCD panels directly.
The FRC 94xyM is now available for trial by a qualified original equipment manufacturer.
Shenzhen Ever-smart Sensor Technology Co., LTD , https://www.fluhandy.com