That's what Anubis said.No it doesn't! It depends on the pixel density. .
A higher resolution monitor at the same size will mean everything is smaller by default
PPI increases with res assuming viewable area stays the same.
That's what Anubis said.No it doesn't! It depends on the pixel density. .
A higher resolution monitor at the same size will mean everything is smaller by default
No it doesn't! It depends on the pixel density. Lets do some math, I'm going to tag @lilhasselhoffer because it's the end of the day, I'm having a drink, and I'm about do math.
A 20 inch panel is at a resolution of 1680x1050 is going to have 1,764,000 pixels total.
A 23 inch panel is at a resolution of 1920x1080 is going to have 2,073,600 pixels total.
(Notice it's not a huge difference.)
We need PPI, so to convert resolution into something we can use against diagonal measurement of the panel, we require the Pythagorean theorem.
Lets also define the two monitor sizes:Code:diagonal = sqrt(width^2 + height^2)
So we need to use this to get diagonal resolution because displays are measured from corner to furthest corner.Code:p1L = 20 p2L = 23
We now can calculate the PPI for both.Code:p1d = sqrt(1680^2 + 1050^2) = 1,981.14 p2d = sqrt(1920^2 + 1080^2) = 2,202.91
Code:p1ppi = p1d / p1L = 1,981.14 / 20 = 99.06 PPI p2ppi = p2d / p2L = 2,202.91 / 23 = 95.78
So not only is your claim wrong, it's the opposite in the case of a 23 inch panel at 1080p versus a 20 inch panel at 1680x10 as the pixel density is slightly less than 1680x1080. Simple fact is that scaling doesn't make a difference when the difference is really small. The jump from 1080p to 1440p or 4k is much different because the number of pixels will almost double (1440p,) or quadruple (4k), but the difference between 1680x1050 and 1920x1080 is minimal when you consider a slightly larger panel like a 22 inch where the PPI is practically the same.
Or in other words, the scaling argument for these resolutions and display sizes is complete nonsense and has no basis in reality or theory. It would be different if we were talking higher resolutions but, we're not.
Simply put, we're not talking about going from 90-100 PPI to 150 PPI.
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Man are u writing a thesis? Your posts recently are all like half a page long full of deconstructions, and arguments from differnt sides.... Devil's advocate? ....I'll go about this another way, that might make more sense than that bastardized PPI measure.
Pixel count is 1920x1080. The display has a 16:9 ratio. The advertise it as 23", which means the corner to corner distance is 23."
You can therefore construct a triangle using that ratio. The hypotenuse would be sqrt(16^2+9^2) = sqrt(337) = 18.357559.
23/18.357559 = 1.2529, which is the multiplier for the base and the height. This means that the screen has a width of 20.0464," and a height of 11.2761." The area is therefore 226.0452 in^2.
You've got 1920x1080 pixels, or 207360. That means the pixel density is 9173 pixels per square inch.
Skipping all the math (and assuming the 20" is in fact at 16:10 ratio rather than the 16:9 of the other one), the 1680x1050 at 20 inches is 9812 pixels per square inch.
You are increasing screen area by a 26%, while only increasing the pixel count by 18%. This means that the bigger monitor would produce a lesser quality image. Your conclusion is reasonable, bearing in mind the caveat that display ratios are changing so this isn't exactly a visual apples to apples. The question then becomes whether the GPU is at 100% to render the lower pixel count (thereby not being able to do the higher), or if there's enough resources not being used why aren't you pushing for a better screen. Ahh, the upgraders chicken-and-egg dilemma.
Sorry, but whomever decided PPI was a valid measurement deserves to be beaten with a sock full of old fish. You see a monitor in two dimensions, not 1. How in Hades did they make a single directional measurement something to sell a TV with?
If I'm reading this right though, we've missed the comparison. It should be a 1680x1050 monitor at 22". This produces a monitor area or 217.5280 in^2, or a 4% decrease in area with an 18% decrease in pixel count. This would produce a substantially worse image than the corresponding 1920x1080 at 23."
Honestly though, these are all numbers. I'm wary to say that numerically better is demonstrably better. Hell, in the last decade 480x360 was what we received TV at, and everybody thought that was acceptable. Getting up to 1920x1080 represents going from 4:3 ratios to 16:9, with a 1200% increase in pixel count. I'm not sure exactly what peoples opinions are, but I think a 14% difference on either side of the pixel density numbers represents functionally nothing in comparison to that. If I was truly honest though, the whore in me always wants more pixels on a larger display. Admitting anything else is a lie.
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People seem to focus too much on pixel count and ppi and all that stuff...
Accurate color reproduction, high contrast ratio, deep black levels, homogeneous illumination and good viewing angle stability will actually make a much bigger difference.
Also, people seem to underestimate bigger screen sizes. It helps bringing out small details just like zooming in on a picture would - in case the corresponding resolution is up to par.
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The pixel density came up as Anbis brought up scaling, nothing more. Before PPI came up I said:People seem to focus too much on pixel count and ppi and all that stuff...
Accurate color reproduction, high contrast ratio, deep black levels, homogeneous illumination and good viewing angle stability will actually make a much bigger difference.
Also, people seem to underestimate bigger screen sizes. It helps bringing out small details just like zooming in on a picture would - in case the corresponding resolution is up to par.
If it's an old display, like it sounds like it is, I seriously doubt it's a good modern panel. If it's a slow TN panel display, just upgrading to IPS would look a whole lot different. If it's CCFL backlit, just going to LED backlit is going to make a huge difference as well with respect to contrast. So don't just assume that resolution and refresh rate has everything to do with a display. I have an old TN film panel that's 1920x1200 in my bedroom and it looks like absolute trash compared to my Dell S2340Ms that are 1080p.
Man are u writing a thesis? Your posts recently are all like half a page long full of deconstructions, and arguments from differnt sides.... Devil's advocate? ....
g.... u first wrote PPI isn't a valid measurent, then give a hypothesis and and plethora of calculations on how to gauge IQ. Nobody is measuring PPI anyway, PPI is just a result of res vs screen size.
Working out PPI is a really simple...resoultion vs screen size - PPI. You make it sound complicated. U can't see what the IQ looks like, but it still helps when comparing dispays...
Just ignore me, I had a completely skewed view of the thread.....and yep correct, should be 22" at 1050p, 23.6" or 24" at 1080p.No. It's my belief that pulling numbers out of your backside gives me no reason to trust you, because I can't check the math. Therefore, the math is provided. Remove the 10 lines of math from my post, via skimming if you trust my work, and I've written 5 lines. One paragraph, and you've decided that's a thesis... Sigh...
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Excellent choice, except for the FX-6300.Care to share your thoughts?
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><Good. Now you can eventually upgrade around the GPU.
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What CPU is good for the 980? fx8320?Excellent choice, except for the FX-6300.
My thoughts, you asked for it.
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Unfortunately no AMD CPU is really good for gaming now. If you really want a AMD CPU nonetheless, I would recommend the FX 8350 and minimum the FX 6300. But other than that, I'd take a Intel CPU, a i5 4460 is a very good price/performance part for example.What CPU is good for the 980? fx8320?
System Name | Can I run it |
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What CPU is good for the 980? fx8320?
Would you mind posting a little less FUD.Unfortunately no AMD CPU is really good for gaming now. If you really want a AMD CPU nonetheless, I would recommend the FX 8350 and minimum the FX 6300. But other than that, I'd take a Intel CPU, a i5 4460 is a very good price/performance part for example.
For DX11 an overclocked 8320 will be fine with a 980.... crossfire might be another story. But at 1080p or more you'll be GPU limited anyway.....What CPU is good for the 980? fx8320?
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Care to share your thoughts?
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While still looking like ass.The advantage of the lower rez and a strong card is every visual maxxed out!
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Yeah, there's that too...While still looking like ass.
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Unfortunately no AMD CPU is really good for gaming now. If you really want a AMD CPU nonetheless, I would recommend the FX 8350 and minimum the FX 6300. But other than that, I'd take a Intel CPU, a i5 4460 is a very good price/performance part for example.
System Name | eazen corp | Xentronon 7.2 |
---|---|
Processor | AMD Ryzen 7 3700X // PBO max. |
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VR HMD | Still nope |
Software | Win 10 Pro |
Benchmark Scores | 15 095 Time Spy | P29 079 Firestrike | P35 628 3DM11 | X67 508 3DM Vantage Extreme |
It was generally speaking, I didn't know he had a FX 6300. I indeed do not recommend any AMD CPUs to anyone (read, CPUs, not APUs), this is a exception because he mentioned wanting a AMD CPU.Why would you do that? They have the same weak IPC he is better off buying a better CPU cooler and overclocking his 6300.
And for what its worth I still run 3 20" 1680x1050 monitors and they look better than most 24"+ 1080P monitors...I wont upgrade until I can grab 2560x1440's
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