The X has to have a higher resolution because it’s a bigger screen. Apple won’t go below 326 DPI.
The screen is the same size as the + model for the most part doesn't it so its not outside the realm of possibility that its still only got a 1080p screen.
100% correct (I hope!)!The X has to have a higher resolution because it’s a bigger screen. Apple won’t go below 326 DPI.
Explain why it doesn't "Count"100% correct (I hope!)!
OLED PPI doesn't "count" the same as LCD, so it has to be much higher to represent even a minor upgrade.
Explain why it doesn't "Count"
Explain why it doesn't "Count"
I think he is referring to the fact that amoled screens are pentile so the red or blue pixels are shared which means the true resolution is lower than that of an LCD.
However very few people can tell if a display is pentile with QHD anyway.
100% correct (I hope!)!
OLED PPI doesn't "count" the same as LCD, so it has to be much higher to represent even a minor upgrade.
All I can say is that you got me there, sort of. I have nothing bad to say about the Note 8's display. I would be THRILLED if the iPhone X's display were identical to the Note 8's.According to Displaymate, newer amoleds like in the Note 8 cannot be judged by just ppi anymore. The diamond pixel arrangement and sub-pixel imaging makes texts and objects even more sharper on the display so the ppi war is pointless with the newer AMOLED displays at least on the Note 8 (rated best display available).
http://www.displaymate.com/Galaxy_Note8_ShootOut_100.htm
New 3K Higher Resolution Quad HD+ 2960x1440 Display with 521 pixels per inch
As a result of its larger display size and larger Aspect Ratio, the Galaxy Note8 has a new 3K Higher Resolution Quad HD+ display with2960x1440 pixels and 521 pixels per inch, with 4.3 Mega Pixels, more than double the number on your HDTV. It can display more than four complete HD 1280x720 images at once. The display has Diamond Pixels (see below) and Sub-Pixel Rendering with 521 pixels per inch (ppi), providing significantly higher image sharpness than can be resolved with normal 20/20 Vision at the typical viewing distances of 10 inches or more for Smartphones, so the display appears perfectly sharp.
The Galaxy Note8 uses Sub-Pixel Rendering, which further improves image sharpness because the individual Red, Green and Blue Sub-Pixels are treated as independent addressable image elements and are not bound together into fixed Pixels, so the closest sub-pixel is used when rendering the image. In some cases Sub-Pixel Rendering can make the screen appear to have up to 3 times the resolution of traditional Pixel Rendering. As a result, for Smartphones it is absolutely pointless to further increase the display resolution and pixels per inch (ppi) up to 4K (3940x2160 pixels) for a silly marketing wild goose chase into the stratosphere, with no visual benefit for humans!
Not sure what you mean.Just checked the Note8 today using 1080 X 2220 vs 2960 X 1440 and there is definitely a difference from 6 inches distance away. Much sharper text with the former's resolution.
Just checked the Note8 today using 1080 X 2220 vs 2960 X 1440 and there is definitely a difference from 6 inches distance away. Much sharper text with the former's resolution.
well obviously it will loose sharpness, since 1080 X 2220 is not the native resolution of the display.
Are you really seeing past 400ppi or is it the oled screen making it seem better to you. I don't think it has anything to do with past what human sight can actually perceive. It has more to do with the display type than the ppi past that point.That is exactly, to which I was referring. However, I don't agree that "very few people can tell...anyway".
I can tell and it isn't because I have super vision; I don't. You don't need to be able to actually resolve individual pixels to be able to see that a higher PPI screen is "better", all else equal.
This is a copy and paste/rewording from something I posted in the past about this:Are you really seeing past 400ppi or is it the oled screen making it seem better to you. I don't think it has anything to do with past what human sight can actually perceive. It has more to do with the display type than the ppi past that point.