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About 35 years ago, Sharp released the COS (Calculator on Substrate), a pocket-sized electronic calculator that, for the first time in the world, featured an LCD as its display. Since then, Sharp has been solving difficult problems and pioneering the new possibilities of LCD technologies, such as colorization, wider viewing angles, faster response time, and larger sizes. In other words, Sharp has been leading the evolution of liquid crystal display.
・Sharp’s history of liquid crystal development
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Advanced Super View LCD is the name of proprietary Sharp high-resolution, image-displaying technology. High contrast, a wide viewing angle, and fast response time were achieved by overcoming the conventional shortcomings of liquid crystals and by introducing a variety of technologies that allow, for example, the manipulation of liquid crystal alignment.
| ・ | High contrast |
| Contrast is the difference in light intensity between the brightest white and the darkest black. Advanced Super View LCD uses the normally black method, which appears black because it does not let light pass through when the voltage is off. Light leakage in this state is almost nil, resulting in Advanced Super View LCD's high contrast. | |
| ・ | Wide viewing angle |
| Because liquid crystals face all directions when the voltage is on, images on screen are equally clear and bright from all angles, offering a wide viewing angle. | |
| ・ | Fast response |
| By moving liquid crystal molecules rapidly, Advanced Super View LCD can display fast-moving images, such as sports scenes, with no image retention.
Since first installed on AQUOS in 2001, Advanced Super View LCD has been evolving with the product. Sharp will keep pursuing higher image quality for AQUOS by promoting the evolution of Advanced Super View LCD. |
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| ・ | Alignment of liquid crystal molecules |
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