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I thought 4k was just for large tvs, can you tell a difference over a retina display? Aren't they called retina because that's the most your eye can see? Genu
by rschmitty 13y ago
I thought 4k was just for large tvs, can you tell a difference over a retina display? Aren't they called retina because that's the most your eye can see?
Genuinely curious, thanks!
- jamesaguilar 13y agoMy understanding is that a 4k 30" monitor is a retina display at 30 inches. I know that I can see pixel edges on my Dell Ultrasharp, and it's 2560x1440. My guess is that I would not be able to see pixel edges if the resolution was quadrupled (4k).
- jholman 13y agoNo. They're called "retina" because the people who name things at Apple are professionally focused on deceiving you. What a surprise. I've seen lots of articles about this over time, here's one I googled just now: http://www.cultofmac.com/173702/why-retina-isnt-enough-feature/ http://www.cultofmac.com/173702/why-retina-isnt-enough-featu... Combine this with what jamesaguillar already said, about wanting a larger screen and also wanting high PPI, and why wouldn't you want higher res?
- __david__ 13y agoActually, 4k screens are useless for TVs (despite what all the TV manufactures want you to believe), since you generally sit so far away from them. A 4k monitor would be very nice, since it would be large but still very high DPI (ie, "Retina").
- masklinn 13y ago> I thought 4k was just for large tvs 4k is nothing more than the double resolution from 1080p > can you tell a difference over a retina display? A 21" Retina Display iMac would be 4k (the current 21" iMac is 1920x1080). A 27" Retina Display iMac would be way beyond 4k (it would have a 5120x2880 display) > Aren't they called retina because that's the most your eye can see? That's more of a marketing moniker and incomplete. The original point/qualifier is that they fall beyond the eye's angular resolution so you can't "see" individual pixels anymore. That's not "the most your eyes can see" though, many arthropods create details & colors through nanometric structures.