Pixel Qi: we do things with liquid crystal display they say are impossible.
Our team members have been creating advanced display technologies for decades. Pixel Qi has assembled some of the top display designers in the world. We have come together to create innovative display architectures that can use existing manufacturing lines to allow rapid scale-up and competitive cost structure. The screens we have shipped already achieve seemingly impossible performance metrics, including extreme low power consumption, sunlight readability & low eyestrain. That just scatches the surface of what we can do: we have new architectures to drive power consumption down 100-fold, embed touch and motion sensing, move to flexible, bistability, and brighter-than-eink paper like look with full color and video, and create screens that need no cables.
We design all layers of the LCD, including each and every metal and oxide mask, the liquid crystal material and mode, the optical films, the driving scheme and the backlight structure. Through an innovative approaches we create screens with new and extraordinary performance.
and...
These screens can quickly ramp into high volume mass production quickly with high yields and excellent cost structure
We use a fabless ASIC approach akin to that used in silicon chip design
We have already shipped 3 million screens. We have developed of a new class of low power screen - it combines epaper with color and video. With the backlight on, this screen is color and looks and acts just like a standard LCD; with the backlight off, it becomes a highly reflective e-paper display with support for rapid update and video. 
The future of mobile computing requires low power screens that are readable in any light.
Like standard backlit LCD displays, Pixel Qi displays renders quality full-color images, full-motion video, and high screen brightness. However, in environments with high ambient light levels, the 3Qi's reflective mode contributes to the image, allowing the backlight to be turned down or off. This unique capability delivers significant power savings, an attractive screen and a comfortable reading experience, with very high resolution.
The screen is the most power-hungry component in a computing device
Our screens are game changers - delivering low power & long battery life while enabling much lighter tablets, laptops and devices.
Mobile Computing Needs Lower Power Screens
Typical Android power breakdown (below) - screen uses about 1/2 the power. This is the case with most mobile devices. The situation is worse with ipad, where the screen consumes a hefty majority of the power budget. A Pixel Qi screen in an ipad could nearly halve its weight - as less battery weight and housing weight would be needed to yield 10+ hours of battery life.
To enable the next wave of mobile devices, users and apps - vastly improved screen battery life is needed. Pixel Qi delivers this today and offers a rich roadmap of improvements to take it further in the next few years.
Latest News
Please visit as at Computex 2012 in Taipei or SID 2012 in Boston, both June 4-9 2012. To set up an appointment contact: courtneywang@pixelqi.com
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A "Better than iPad3" screen architecture has been created by Pixel Qi: same resolution, viewing angle, contrast, color, but massive power savings Details here
April 21, 2012
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Pixel Qi screens in over a dozen consumer products today, and growing (as well as other military products that we can't discuss). Details here
April 2, 2012
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Pixel Qi Joins with
Shanghai Shizhu Technology
to Develop a Family of Multimedia Devices
Oct. 7, 2011
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Pixel Qi announces
partnership with
All American
Oct. 1, 2011
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Pixel Qi announces
investment from 3M
Sept. 12, 2011
Recent Awards
2010 IEEE ACE Award for "Emerging Technology with the greatest promise for financial success"
2010 SID "Display of the Year" Silver Award.
SID = Society for Information Display - the worlds largest organization dedicated to the advancement of display technologies.
Best of Computex 2009 Award from Laptop Magazine
2010 WinnerIEEE SpectrumWinners and Losers Issue
