Perceptive Pixel reveals World’s First 27-inch Multi-Touch Desktop Display

A huge, 27-inch multi-touch desktop display was unveiled today by the company Perceptive Pixel at Display Week 2011, which is claimed to be the world’s first professional high resolution,  optically-bonded, multi-touch desktop display with such form factor.

The 27-inch giant has an optically bonded, IPS LED backlight, multi-touch display with 2560×1440 resolution, utilizing projected capacitive technology, which offers 178° horizontal/178° vertical viewing angles, brightness (typical) of 400 cd/m², contrast ratio of 1000:1 and not bad for such display, a 6.5 ms response time.

Perceptive Pixel 27-inch Multi-Touch Desktop Display

From the company has explained that a multi-touch display at this scale and fidelity was previously technically impossible and the biggest (in diagonal) display that industry has been able to achieve is 24″+, due to several reasons, including the restrictions of the projected capacitive technology, electrostatic interference from the LCD panel, distance between the sensor glass and display, low visual quality and so on.

This breakthrough from Perceptive Pixel has been achieved by optically bonding the sensor glass to the display, which according them completely solving the parallax issue and resulting in “gorgeous optics”,  while achieving an even better touch performance and an industry-shattering response time of under 1 millisecond.

27-inch Multi-Touch Display

“Our new 27″ display is the first product to employ ourpatented projected capacitive (Pro-Cap) controller technology. It’s a game-changer for the industry,” says Han.”With our partners, we will fundamentally transform the way we work with computers. This new technology is a critical part of Perceptive Pixel’s growth strategy, and it opens up tremendous opportunities for the display industry at large.”

Highlights

Patented PPI Multi-Touch Projected Capacitive Controller

  • True full-field multi-touch sensing with unlimited number of simultaneous touches and palm/forearm/object recognition
  • True zero-force sensitivity
  • High SNR (signal-to-noise); passes the “back of the fingernail” test
  • Operable with bare fingers, latex/vinyl/nitrile gloves, fingernails
  • Perfect edge uniformity
  • Fast constant 120Hz sample rate
  • Ultra-low latency (under 1ms)

Industrial Design

  • Huge interaction workspace, spaciously accommodating both of the user’s hands
  • Ergonomic flush-front bezel with oversized palm-rest border
  • Innovative overscan sensing area
  • Interaction surface is a thermally managed, chemically strengthened glass with anti-friction coating
  • A variety of ergonomic articulating mounts offered

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