The 21st century may be remembered at the beginning of total immersion in film and cinematic expression. Blu-Ray 3D 1080p may be only the beginning of something truly spectacular in visual and audio entertainment for commercial home theater audiences. At the same time he did not rule out that technology that is evolving may allow existing displays and Blu-Ray players to be adapted to the technology. In an additional note, Disney has announced that all future animated film from Disney Animation and Pixar will be exhibited theatrically in 3D.
brand producing ultra high definition nature videos. Williams spoke with the Panasonic representative who indicated that the new technology probably would require an investment in new hardware. 'Mystical River Relaxation' Japan 1 or 8 Hour Nature Film + Sounds in 4K UHD. Some of the special effects and gimmickry are still present like placing objects in the foreground to make it appear they are floating, but the plasma screen itself appears to be "several hundred yards deep." He states the experience was mesmerizing.Īfter the demonstration Mr. Williams in the Panasonic technology is the depth of the image. Williams admits prior to this demonstration he was not a big fan of 3D presentations from the old and outdated systems using colored lenses. exceptional conversion format delivery including12G, 4K, UHD, 1080p and SD/HD. Williams states, " I was immediately floored by the depth and realism of the images." The BMX footage was followed with the Disney movie "Meet the Robinsons" and the blockbuster demonstration of the Opening Ceremony of the Beijing Olympics. FOR-A is a major manufacturer of video and audio systems to the broadcast. If you found this article helpful, here are more articles with useful information about 4K TV.According to Digital World Tokyo and , a reliable Panasonic source said, "Previous consumer 3D display systems have encountered many different problems, including reduced vertical resolution caused by a 3D display method that divides the scanning lines between the left and the right eyes, and picture quality degradation caused by pixel skipping." Panasonic has the distinct advantage in this area by putting all of the 3D hoopla on a single Blu-Ray disc.Īccording to Ben Williams of , who witnessed the Panasonic demonstration at CEATEC 2008, "As the demonstration progressed, it was clear that the crowd was witnessing a fully-realized technology and not some one-off publicity stunt." The demonstration included footage of a team of BMX bikers performing free-style routines. All the richness in a 4K image may not be visible, but some of it will, and the 4K screen will look like an improvement over the 1080p screen it replaced. The viewer can see some of the increased detail in a 4K image if they sit anywhere in the range between the ideal 4K and 1080p distances. Others may think rearranging their viewing space to bring their chair this close to the screen seems like more trouble than it’s worth.įor these reasons, it’s helpful to consider the optimal distances for 1080p.
Some may find the optimal distance uncomfortably close. The optimal distances for viewing 4K TVs are shorter than most people sit from their screens. A 4K screen is 3840 pixels wide and a 2160 high 1080p screens are 1920 pixels wide and 1080 pixels high.) (If your screen size is not shown in the table, you can find the optimal distances for 4K and 1080p screens with the viewing-distance calculator at. This is a problem because the optimal distances for viewing a 4K picture are closer than many people sit when they watch TV.
JAPAN HD VIDEOS 1080P TV
If you sit too far away, the picture on a 4K TV will look just like the picture on a 1080p TV because all the added detail in the 4K picture can’t be seen. At certain distances, details will blend together and the picture will appear softer because your eyes cannot resolve all the detail in the closely spaced pixels. The fine details on a 4K TV are produced by the 8,294,400 pixels that are packed together on the screen. If you saw him across the street, you could see he has a beard, but the resolving power of your eyes isn’t great enough to distinguish individual hairs. Your eyes can distinguish the individual hairs in his beard. Imagine having a conversation with a bearded man who is standing right in front of you. Optical devices like the human eye are measured in terms of their resolving power which is the distance at which the eye can resolve or distinguish fine details that are close together. The limitation lies in the biomechanics of the human eye.
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