That's just media though, there are many tangible bonuses to the higher resolution.
As for your comment about hardware pushing 4K, well it's been available for ages already.
I was playing games at 5760x1200 for a few years until I upgraded to 3x 27" monitors for 7680x1440 which is a lot more pixels than a 4K display.
Point accepted with reference graphics hardware being up to spec. Still don;t think 4k will add anything to most people but people will buy the marketing as 4k is better right?
I can tell the difference between 720p and 1080p on my TV from normal viewing distances.
Define your tv size and viewing distance? My 32" from 13 foot I can't. I'm not saying that applies to everybody. If you have a 50" and viewing from 10 foot I am sure you can easily tell the difference. Could you then notice 1440p or 4k from the same distance? Maybe not.
It's all about relative pixel density. 2560x1440 displays still have pixels large enough to see from normal viewing distances.
2560x1440 is noticeably better than 1920x1080, 4K will definitely be noticeable over 2560x1440.
Disagree. Define your "normal" viewing distance? Apple's "retina" screens, so called because its the maximum the human eye can differentiate at "normal" viewing distances obviously varies with the size of the device and the distance viewed.
Iphone 5 - 326 ppi, viewing distance 10 inches
Ipad - 264 ppi, viewing distance 15 inches
Macbook pro 15" - 220 ppi, viewing distance 20 inches
As the viewing distance increases then the required ppi decreases. My 27" screen has a 110ppi I think. A 4k 27" will have 180ppi I think? That's getting close to be needing to be sat also as close as a Macbook pro.
People with normal 20/20 vision cannot see the pixels on a 1440p 27" screen from 30" away. This is fact. You might have better than 20/20 vision and can but you are a small market.
AA is less important the higher res you go, but to say that AA is not necessary at 2560x1440 isn't true. You must have poor eyesight. A 4K display will be getting to the point of not needing AA at 60-80CM away
See point above. Most people with normal eyesight can;t see the pixels from 80cm away at 1440p on a 27" screen so hence don't need AA already. 30"+ screens and people sitting very close or people with better than 20/20 vision will see the difference, granted.
The performance drop going up in resolutions doesn't see a linear drop though, so you won't need a graphics card 4x more powerful. That aside, there are already a few cards out that are more than capable of running games at 4K.
Accepted. However my point was which uses the most gpu power? A creen with double the pixels and no AA or the smaller screen with AA applied? tbh I don't know the answer myself however I was pointing out the need to not use AA doesn't necessarily give the benefit th3e user thinks eg faster fps.
I'm very happy with my 27" 2560x1440 screens too, but a 4K screen from 2 feet away will not look the same, it will be noticeably sharper and be much nicer to look at.
I think my current screens are great, a nice improvement over my 1920x1200 screens, but I can still see pixelation on things like the mouse cursor, text and that sort of stuff.
Well you have goo eyesight then and better than mine! I can see things many people round me can;t but I need to be 30 cm from my screen to see the pixelation on my cursor and and text but I don't sit 30cm from my screen normally so that's okay.