Tuesday, 20 June, 2006
AUO debuts latest LCD TV technologies at FPD Taiwan 2006
AU Optronics Corporation (AUO) has introduced its latest and commercialised technologies throughout its 37-inch LCD TV platform at the FPD Taiwan 2006 show.
AUO, the third largest manufacturer of large-size thin film transistor liquid crystal display panels (TFT-LCD), has four major improvements for LCD TV panels, including Advanced Multi-domain Vertical Alignment (AMVA), Simulated Pulsed Driving (SPD) technology, HiColor technology, and Image Processing Technology.
AUO claimed that its AMVA technology utilises low colour-washout to conquer the significant problem of colour distortion with traditional wide-viewing-angle technology. It improves colour washout and provides better image quality in oblique angles than conventional VA LCDs. Also, it has been widely recognized worldwide that AMVA technology is one of the few ways to provide optimised image quality through multiple domains, AUO said. In addition, AMVA provides an extra-high contrast ratio of greater than 1200:1 by optimised colour-resist implementation and a new pixel design.
AUO’s Simulated Pulsed Driving (SPD) technology can greatly reduce motion blur, and enable the image performance to reach optimal levels at 4ms equivalent grey to grey (8ms MPRT). The technology is also ready for mass production and can be applied both to WXGA (1,366 x 768 pixel) or Full HD (1,920 x 1,080) resolutions.
The new HiColor Technology with LED backlight provides true natural performance of red, green and blue, and enables brighter, richer, and more vivid display colours.
AUO’s Image Processing Technology can dynamically adjust the contrast, sharpness, hue, colour temperature, and colour saturation to accommodate the image contents. AUO’s Image Processing Technology enables vivid and sharp images, enhances colour saturation, and retrieves natural colours, among others.
Comments
RiZ | 23 June, 2006 - 12:57
"AUO’s Simulated Pulsed Driving (SPD) technology can greatly reduce motion blur, and enable the image performance to reach optimal levels at 4ms equivalent grey to grey (8ms MPRT). The technology is also ready for mass production and can be applied both to WXGA (1,366 x 768 pixel) or Full HD (1,920 x 1,080) resolutions.”
thats amazing