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Hands-On with Pixel Qi’s Power Efficient Netbook Screen


June 3rd, 2009 by Joanna Stern  

pixelqileadWe have long been fans of the screen technology in One Laptop per Child’s (OLPC) XO laptop and now PixelQi is aiming to bring it to consumer electronic devices, including netbooks. The company, started by former OLPC employee Mary Lou Jepsen, has started producing the very power efficient screens and we got a chance to see one that has been hacked into a 10-inch Aspire One today in Taipei.

PixelQi’s high resolution display is readable outdoors and in, and is similar to eInk displays found in eBooks like the Kindle. However, these screens allow for faster refresh rates, and fully saturated color. Even better, because they pull less power and you can turn the backlight off, they use half to a quarter less of the power of a regular LCD screen.

The Aspire One that we got a chance to look at had a button on its right edge for turning on and off the backlight. With the backlight on, the screen had decent coloring, was incredibly crisp, and legible in the sunny room where we were sitting. There is absolutely no glare to the screen. When you turn the backlight off the screen doesn’t only dim but loses its color. Even with the backlight off the content on screen was very clear and vivid. There was very little delay when trying to move through Windows XP’s menus on the Aspire one.

Check out our video below of the Pixel Qi screen on the Acer Aspire one in action. According to the company, they expect the outdoor readable displays to be ready in 2009.






 Comments (3 Responses) 

3 Responses to “Hands-On with Pixel Qi’s Power Efficient Netbook Screen”

  1. Wayan @ OLPC News Says:

    We even have a video of this screen on OLPC News

  2. Johnnny Says:

    One question: how come it was possible to see the full, uncut version of video?It was fun, though.

  3. Michaelc Says:

    Interesting report, but worst camera work ever.
    From the interviews with Jepson she seemed to indicate that this is a different tech from the OLPC screen (which used a funky hexagonal pixel if I recall correctly). Also I don’t think the screen innovation has anything to to with glare, but rather that when it is in reflective mode the contrast and legibility in sunlight is comparable to E-ink tech as well as the power consumption being less than half a regular screen.

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