Sharp Builds Prototype of Super Hi-Vision LCD

Sharp announced it has built the first 85-inch LCD panel with resolution it claims is 16 times that of current HDTV panels. The prototype was developed for Super Hi-Vision, a next-generation television system being developed primarily by Japan Broadcasting Corporation, NHK (Nippon Hoso Kyokai). Super Hi-Vision expects to provide four times as much detail horizontally and vertically (7,680 by 4,320 pixels) than today’s HDTV images.

According to Network World, the first public trials of Super Hi-Vision are expected to begin around 2020 (although Engadget reports there is a possibility of early demonstrations taking place during the 2012 Olympics). Each frame of a Super Hi-Vision image is equivalent to a 33-megapixel picture; therefore, as Network World points out: “…highly complex cameras, mixing and switching systems, and recorders and transmission equipment need to be made to handle the huge bandwidth of the video image.” Sharp’s prototype is the next step toward the realization of the next-gen system.

Sharp’s 85-inch LCD, which was not formally demonstrated in Los Angeles at SID Display Week 2011, will be unveiled to the public for the first time later this month at NHK’s Science & Technology Research Laboratories in Tokyo.

Related Network World article: “Sharp develops super high-def screen for future TV” (5/18/11)

Related Sharp press release: “Sharp and NHK Successfully Develop 85-Inch Direct-View LCD Compatible with Super Hi-Vision, a World First” (5/19/11)

6 Comments

  1. Hollywood is just beginning to grapple with Super Hi-Def (3840×1160) and Sharp is now showing Super Hi-Vision at SID.
    Can we get Super Hi-Def right first?

  2. Hollywood is just beginning to grapple with Super Hi-Def (3840×1160) and Sharp is now showing Super Hi-Vision at SID.
    Can we get Super Hi-Def right first?

  3. cool. It’s what’s needed to make passive 3D worth watching.

  4. cool. It’s what’s needed to make passive 3D worth watching.

  5. And still no mention of color gamut improvement, contrast ratio, dynamic range?? That is where the big improvements can come from!

  6. And still no mention of color gamut improvement, contrast ratio, dynamic range?? That is where the big improvements can come from!

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