Game On With The 120-foot Monitor At NYU - Gizmo Watch

Game On With The 120-foot Monitor At NYU - Gizmo Watch: "Larger high-resolution screens offer an opportunity to visualize data at the finest possibility, and make it almost effortless to navigate through the menu. Having seen the massively built HIPerSpace and the recently exhibited 307 million pixel screen by the Texas Advanced Computing Center, this 12-by-120-foot monitor may not be the biggest to lure the most here, but is a capable introduction to the University of New York’s Interactive Telecommunications Program."

World's Highest Resolution Tiled Display Enjoys 307 Million Pixels - Gizmo Watch

World's Highest Resolution Tiled Display Enjoys 307 Million Pixels - Gizmo Watch: "After the Hyperwall came the HIPerSpace, the world’s highest-resolution display until now. However, the title for the most high-res seems to have fallen to the recently revealed world’s highest resolution tiled display deployed by the Texas Advanced Computing Center."

DIY Super Extra Large Screen Is Indeed Gigantic - Gizmo Watch

DIY Super Extra Large Screen Is Indeed Gigantic - Gizmo Watch: "DIY super extra large screen: The ideation may have churned out one too many adjectives, but we believe the final product is indeed colossal. With a width of 3.35 meters and a 2.35:1 screen, the display might seize one entire wall. And the constellation ceiling certainly adds to the movie viewing experience."

The World’s Largest Digital Display Sans ‘backlight’ - Gizmo Watch

The World’s Largest Digital Display Sans ‘backlight’ - Gizmo Watch: "Digital displays and backlights now go together like the proverbial bread and butter; it’s been a long while since we’ve seen a digital display that was devoid of any backlights. The Kraft Group aims to change all that with the World’s largest digital non emissive display they are putting up in a sports exhibit hall. The 40 foot long and 5 foot wide display, built on technology provided with Israel’s magink will be the largest of its kind. These displays are built of a cholesterol-like material, arranged in a DNA-like sequence. Change the arrangement of the DNA helix, and it changes the image visible by manipulating colors on the display. This allows moving displays with a frame rate as good as 60fps.

Kraft describes its displays as high on contrast and resolution, while being low on cost and energy consumption. A large savings in the cost and energy consumption must come from the ‘non-emissive’ attribute of these displays. Since these displays are non-emissive they can only be viewed in presence of ambient lighting. This simply means that these displays can work well in the day or under good lighting conditions, but for poor light conditions, lighting will be required."