By
emeadowsMarch 25, 2013
JVC first revealed a prototype of its 8K Super Hi-Vision projector at CEATEC in 2008. After five years of development, the company is reportedly ready to ship a product version later this month. The DLA-VS4800, which uses JVC’s e-Shift pixel technology, is expected to initially be made available in Japan for about 25 million yen, or $261,000 U.S. (without the four available lenses). Continue reading JVC Plans to Ship 8K Projector to Japan Later This Month
By
emeadowsMarch 22, 2013
HP Labs has developed a new kind of three-dimensional display that can play hologram-like videos without requiring moving parts or glasses. Videos hover above the screen as viewers walk around them and experience an image or video from up to 200 viewpoints, essentially simulating the experience of moving around an actual physical object. The LCD-based approach could be used by phones and tablets to produce holograms. Continue reading New 3D System Could Help Mobile Devices Create Holograms
By
emeadowsJanuary 29, 2013
Sony demonstrated some impressive new technology at this year’s CES in Las Vegas. The company is using “nanoscale particles called quantum dots to significantly improve the color of some of its high-end Bravia televisions,” writes Technology Review. The particles increase the range of colors that an LCD TV can display by 50 percent. Continue reading CES: Sony Intros Modified LCDs with Quantum Dot Technology
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)