Beyond that, the human eye wouldn't be able to perceive any more detail on their screen. There'll be no great race to 16K or 32K. “That's about 48 million pixels to fill the field of view,” Huddy explains. So it would take a card six times more powerful than a card capable of producing 4K graphics.
That might sound strange at first, if you've heard about Roger Clark's project to find out how many megapixels the human eye can see. By his calculations, you can see up to 576 megapixels. 8K only creates 33.17 megapixel images, so what gives? We should be able to see a lot more.
The term 8K doesn't really apply to how eyes work, but if we reduce the complex nature of sight down to this marketing buzzword then yes, the human eye can see in 8K and beyond. The reason for this hesitation is that eyes don't see in pixels, or use resolutions - no optician has ever said you can only see in 720p.
Since the human eye is calculated to see 576 megapixels (32k resolution) and be able to distinguish 1000 fps, but around 300 is useful since the brain cannot process too much information at once, we might get it in a decade or two.
This resolution has 132.7 megapixels, 16 times as many pixels as 4K resolution and 64 times as many pixels as 1080p resolution. Currently, 16K resolutions can be run using multi-monitor setups with AMD Eyefinity or Nvidia Surround.
16K resolution is a display resolution with approximately 16,000 pixels horizontally. The most commonly discussed 16K resolution is 15360 × 8640, which doubles the pixel count of 8K UHD in each dimension, for a total of four times as many pixels.
8K is excessive overkill... at least for a TV. If you're talking about massive theater-size screens like Samsung's Wall or Sony's Crystal LED, 8K would be amazing. But since 4K is hard to discern when comparing to a 1080p TV, 4K to 8K from 10 feet away will be pretty much impossible.
8K is a higher resolution than 4K—and that's it. 1080p screens have a resolution of 1,920 by 1,080 pixels. 4K screens double those numbers to 3,840 by 2,160 and quadruple the number of pixels. 8K doubles the numbers again, to a resolution of 7,680 by 4,320.
During a presentation at SEMI Europe Summit, Haechang Lee, Senior VP Automotive Sensor at Samsung Electronics revealed that the South Korean giant plans to launch its 576-megapixel camera sensor in 2025. The image was spotted by Image Sensors World.
Several recent films have shot in 8K – Guardians of the Galaxy 2 was the first major Hollywood film shot at the higher resolution. But most productions that use 8K cameras aren't even planning an 8K release.
If you've been following the TV story in recent years, you'll already know that 8K is a step forward from 4K. It refers to the resolution of the display. While 4K is 3,840 x 2,160 pixels, 8K moves up to 7,680 x 4,320. That means there are 7,680 pixels on the horizontal axis and 4,320 on the vertical.
Cameras and screens are constantly getting better, offering you better resolution, better color, and better features-none-of-us-understand. The goal, always, is to create a picture just as good as what the human eye sees.
This is all worth remembering as televisions with even higher pixel counts come to market. So yes, despite the rumors you may have heard floating around, the human eye is capable of seeing the difference between a 1080p screen and a 4K screen.
Most dogs have a visual acuity of 20/75, meaning a dog has to be 20 feet away to see an object as well as a person can see at 75 feet away. Labrador Retrievers, which are a breed commonly used as seeing-eye dogs for humans, have better eyesight that is closer to 20/20.
4K is also just far more convenient than 3D for many viewers. 4K viewing requires no more effort than viewing Full HD – you simply turn on, sit down, and watch. It does not involve additional accessories and face-wear, for one.
On June 5, 2015, Chinese manufacturer BOE showed a 10K display with an aspect ratio of 64:27 (≈21:9) and a resolution of 10240 × 4320. In November 2016, the Consumer Technology Association published CTA-861-G, an update to their standard for digital video transmission formats.
Let's not beat around the bush: 3D TV is dead. It's sad news for those who are 3D fans, but it's time to face facts. No 3D TVs are being made. In fact, most manufacturers stopped making them in 2016.
In the ongoing quest for better image quality, the cinematography and television industries have embraced 4K recording. But 4K television is still only available to a very small audience, so that recording in 4K is considered a way to future-proof your work for a time when the technology in people's homes catches up.
16K is 132,710,400 pixels 32K is 530,841,600 pixels, 64K is 2,123,366,400 pixels, so over a billion 128K is 8,493,465,600 pixels 256K is 33,973,862,400 pixels.
YouTube offers a small selection of 8K clips. Gamers can plug in an Xbox Series X or (once a pending software update adds 8K support) PlayStation 5. And if you have a smartphone like Samsung's new Galaxy S21 that records in 8K, you can make your own 8K content.
Sadly, there's more or less no 8K content available at the moment. In the meantime, 8K TVs make themselves useful by upscaling 4K, HD and even standard-def content. That means you can expect a gloriously cinematic experience right now, even though 8K content is far from mainstream.
