heres some pics
acer al2051w 20.1 p-mva http://img441.imageshack.us/img441/3183/acerod7.jpg
samsung syncmaster sm2032mw 20" http://img111.imageshack.us/img111/2078/samsungsc5.jpg
both 1680x1050 dvi
i think the tn looks better by the way this is the new tn panels not the crap u get on the much cheaper lcd like hanns g
IQT786
1. Acer is an extremely low-end panel manufacturer, they're in the same league as Hanns G. There are ways to verify you actually got an MVA panel (as many low-end manufacturers will later trade out for TN panels). Also, keep in mind, I haven't even *begun* to get into panel quality. All TNs, even the "best" TN panels suck, but all bargain-bin LCDs are more or less crap, the quality control standards are unacceptable, and the backlight and electronics are ususally of inferior quality.
And yet, with them, you have no way of knowing what grade of panel you received (or even the panel type - if you find TN acceptable your eyesight is likely not good enough to distinguish panel grades).
2. That's *dynamic contrast* you cited, I severely doubt the real world contrast ratio of your Samsung is above 1000:1, I doubt it breaks 800:1. Without proper equipment it would be hard to measure, but if you've ever seen an OLED display or a studio CRT in person, you'll understand when I say "real contrast ratios are mind blowing not eye-burning". Most LCDs are simply *bright* which should not be confused with *good*.
3. I'm not going to make fun of you here, because my goal really is to educate, but you cannot take photographs of your monitors off-screen to show us the picture quality. A camera cannot take a picture that properly captures your screen (introducing limitations of camera), your photo editing / compression drastically alters the pictures (look at your JPEGs, does you monitor have compression artifacts? No - only the picture, if my monitor looked like that in real life I'd be seriously pissed), and last but most importantly we cannot see what your monitors look like in person by looking at a picture on our monitor. Your pictures don't tell us anything, we are tied to the monitor we use to look at your pictures.
The only visual thing you could do is tilt both monitors to sharp angles and take pictures from head on, so that you can see for yourself the darkening the occurs, though without a lot of experience and proper equipment you won't be able to photographically capture what we would actually see.
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To make this short - you can't take a picture of a monitor to show us what it's image quality is like, we have to view it in person, otherwise the image quality is determined by the monitor we are using to view your photograph, your camera, and your photography skill.
Keep that in mind - if you ever see a technical article where they show you "side by side" pictures of different display technology (for any other purpose that to give you a rough idea of backlight bleed, cosmetics, size, or some kind of obvious visual flaw) you need to close your browser and find a better website. I cannot show you how much better S-IPS looks with a photograph, you need to see it side-by-side, in person, with proper lighting and calibration.
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4. Find someone with an Apple Studio Monitor (S-IPS) and have them set your monitor next to theirs. Sit in the chair, and pull up this webpage on all three monitors. Now, watch a favorite movie on all three monitors. Then pull up photographs, surf the web a bit, and play a game. Now, if you can, get into a trade-show and look at OLED. Then head back and look at studio CRT. The only technology you'll ever e able to consider again is S-IPS, CRT, and OLED.
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I don't say this lightly, TN-film technology is absolutely the worst thing to happen to visuals since occular cancer. We went from a mature technology with excellent color, contrast, and black levels, for a while were on the path to LCD having solid image quality, and then threw it out the window in favor of cost, ironically driving the price of non-TN monitors through the roof, as they became a niche commodity.
It's people who don't care, don't know, or want to defend what is by every metric an unacceptable display technology that have forced those of us who care about visual fidelity (which I thought was most PC gamers - considering we're willing to pay out the bum for good graphics cards) to wait it out and pray OLED gets cheap enough to drive a stake through the undead heart of TN.
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