Super Hi-Vision system (UHP definition widescreen display with 4000 scanning lines) is the new standard in video ads.
NHK Science & Technical Research Laboratories has created a new piece of engineering in the 8K Television System "Super Hi-Vision." This latest imaging technology are already in Japan and to provide specific coverage screen the 2012 Olympic Games on giant screens in cities around the United Kingdom. The BBC plans to use the technology called Super Hi-Vision,Just 4 years ago in 2012, but was developed in Japan in 2005.
And 'this incredible new resolution to show that the human-machine interfaces are possible with even higher resolutions, and soon? What is the real 3D without glasses, 4D and better, and what about Blu-Ray, Violet Ray and UV rays?
NHK newly created image using a video format with 7680 x 4320 pixels (16 times higher than standard Hi-Vision system NHK HDTV). 4000 scan lines provides ultra-clear, realisticthree-dimensional images that can only be achieved with very high resistance to high-definition technology.
scan lines are not visible, although relatively close to the screen. And a wider viewing angle provides a greater sense of reality.
The 3-D audio system with 24 speakers significantly improve the live presence.
In the world of consumer electronics have been buying the latest high definition televisions and Blu-ray player to go with them, but with this new high-definition TV JapanBroadcasters and the BBC have a system 33 times more detailed than the best equipment that is currently closed for sale.
By 2015, NHK will begin test transmissions of its Super Hi-Vision system, designed with a full-time result for the year 2025.
Nobuyuki Hiruma, associate director at NHK Laboratories in Tokyo, says that "Super Hi-Vision TV is close to the realism of human vision." In fact, I was the study of human vision.
Super Hi-Vision is only at the NHK BroadcastingCenter in Tokyo, where they attended a 10 meters (yards) 5.5-meter (yard) screen is projected to replicate the sound with 22 speakers from multi-layer can make the sound of a concert hall. 24 discrete channels of speakers are the real technical objective.
Just 20 minutes from UHP definition can be taken at a time, and needs to be looked frame by frame. A back-up engineers will have a whole night, and after a week have only enough material for one hour of Super Hi-VisionTV.
Sitting just three meters (m) from a 450-inch screen tells viewers, "Sometimes we suffer from motion sickness," says Masaru Kanazawa, a research engineer with the SHA project.
While a screen this big would not fit in most living rooms, Kanazawa thinks it may soon anyway.
Hiroyuki Ohira, GM Pioneer Plasma Development Center in Yamanashi, is responsible for the same team who in 1990 invented the first high-definition plasma screens. "We try to develop aSuper Hi-Vision panel to help NHK achieve its mission plans, "he said.
The BBC and NHK collaborate often the production of programs, most recently the documentary by David Attenborough Planet Earth says, which was filmed in high definition and produced a series of new techniques.
NHK related to its November 2007 high definition cameras in Japan Aerospace Exploration Agency lunar probe to film an "increase of the Earth" over the moon as UHP definition.
Tosolve the problem of how to transfer large amounts of data to be NHK, the Dirac video compression technology used for its Super Hi-Vision test, this is a technology of the BBC.
With big screens and with the help of participation, an EU funded project to promote the public use of new technologies, the engineers at the BBC in Super Hi-Vision Events involved. "Super Hi-Vision feeds well and is certainly a long-term goal," said Andy Bower, interim controller of BBCResearch and Innovation Centre.
Like how to overcome the three-dimensional data storage, holographic images, additional information will be stored in a much smaller space, preventing information overflow. This technology comes from owner Michael E. Thomas, Colossal Storage Corporation Fremont, California.
Even as a band Holographic Optical Storage Nanotechnology Band (3 D) Holographic Optical Drive Technology plans to release future mass density of opticalLuggage over 40,000 terabit / cu.cm. For a comparison with today's magnetic hard disks are about 60 gigabits can understand that Mr. Thomas' supports optical drives with 45 gigabits per square inch. Customs and receiving AFM, STM, SPM or SFM, ie atomic force microscope and their derivatives, 300 Gigabit / sq.in means a storage capacity far the currently available supply.
Blu-ray in the future could be based use of small 3.5-inch disksTo control the volume of 3-D holographic storage with the Einstein / Planck Quantum theory of electron energy to the molecular properties of electrons in an atom move / turn.
write with UV / blue laser diodes with voltage converters that include new definitions of the term photon laser-induced electric field poling and UV / blue laser diodes and optical properties of nano-and nano-transistor floating gate MOS-FET to read.
To be prepared for this unit of perovskite ferroelectric dipoleDielectric properties to allow write, delete, and the states of storage in nanocrystal memories. A semiconductor integrated optical read / write head is the representation of the data.
After reading an almost infinite persistence of memory and fast data write control of ferroelectric molecules for increasing area density and speed of data transfer of data between mass storage random system requirements and this will increase the bandwidth requirements for storage .
For the new BLU-RAYThe UV players of tomorrow, a transmission speed of extraordinary magnitude is necessary to send movies over the Internet.
Super Hi-Vision live relay over IP
On December 31, 2006, a world premiere broadcast happens when a Super Hi-Vision feed the 57 Kohaku Uta Gassen (NHK's annual "Red and White Song Battle", the most watched television event of the year in Japan) was a long distance over an IP network from the city of Tokyo and a huge 450-inch screen in aOsaka study. Here, audience members enjoyed the image of ultra-realistic and equivalent sound of a real live place VIP event.
With a codec of NHK for efficient transmission and the transmission of Super Hi-Vision has developed the signals of the encoder compresses the video signal of about 24 Gbit / s up to 180-600 kbps and the sound of 7-28Mbps to 28Mbps. The bit rate can be reduced to transmit the signal, even in a public event of long duration, as KohakuUta Gassen.
A live display at the World Expo 2005 in Aichi, Japan (Aichi Expo 2005) was from March to September 2005 instead of the theme "Nature's Wisdom". Stand at the NHK Super Hi-Vision images on a screen of 600 inches has been viewed. With about 8,000 visitors per day, for six months, about 1,560,000 people have seen these images and enjoyed crystal clear high-definition wide-screen system resistance on the big screen.
For the first time in history a live broadcast of the Super Relay opticHi-Vision has succeeded, November 2, 2007. The transfer was in Kamogawa, Chiba Prefecture, and NHK Science & Technical Research Laboratories. Kamogawa Sea World aquarium is famous for Kamogawa, and about 260 km from NHK Labs.
The long-haul optical transmission of uncompressed video and audio signals using DWDM (Dense Wavelength Division Multiplexing) technology has been a turning point.
And so the Blu-Ray in the future may be in ultra-violet or will bemay be, strictly as a download of a new Super Pipe Internet Law IV to mind.
Stand back, the future is already old.
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