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<p>K. T. </p><p>Epson, a digital imaging solution provider, wants to commercialize the next generation of organic lightLEDs (OLED)</p><p>Shown before 2007. </p><p>This technology can be used by any device that uses a <a href="https://www.alltouchdisplay.com/applications" target="_blank">display</a> device. </p><p>It can be anything from a mobile phone to a computer monitor and TV. </p><p>Direct lighting for OLED displays</p><p>Launching materials, they avoid the need for electricity</p><p>The hungry backlight produces bright images. </p><p>It is said that the image is better in contrast and resolution compared to the existing display on the market. </p><p>OLED can generate high response speed, which is critical for fast viewingmoving images (</p><p>For example, an action on the sports field). As the picture-</p><p>The viewing angle is 165 degrees, and even if a person is standing next to a visiting journalist in Asia, it is possible to see this photo</p><p>Recently, Alastair Bourne, head of communications at Epson, said at Japan\'s Nagano headquarters that the company has just developed the world\'s largest (</p><p>40 inch diagonal)full-</p><p>Prototype color OLED display. </p><p>It is possible that OLED will replace existing technologies, such as plasma and directview LCD (</p><p>LCD display). </p><p>\"We believe the properties of OLED displays make them ideal for entertainment applications,\" he added . \". </p><p>Epson is a leader in inkjet printers and has developed an inkjet process for use in large-scale-size TFT (</p><p>Thin Film Transistor)substrates. The full-</p><p>The color OLED display prototype was developed using this improved inkjet technology. </p><p>Many display <a href="https://www.alltouchdisplay.com/applications" target="_blank">manufacturers</a> are now working on OLED. </p><p>It is said that the cost of using OLED technology to make displays is lower.</p>
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