When I revamped the monitor testing system, displays like the NEC PA242W were the reason why. The fact is that almost any monitor that is reasonably well designed can perform well after a calibration the way most people review. If you really want to know what separates a display like the NEC PA242W from standard consumer displays you need to push it harder. That means testing things like 25-point uniformity, multiple colorspaces, and as many data points as possible.

Thankfully NEC has delivered a monitor that shows off what can be done and has amazing performance on our test bench. Straight out of the box the performance is practically perfect. Even the pickiest user is going to find the NEC image to be as good as it can get without any tinkering. Using the SpectraView software you can take this down even more and make it easy to switch between as many calibrated presets as you would like. The only area that could use some improvement is the absolute black level. Otherwise the NEC PA242W leaves me with nothing to complain about when it comes to image performance. It really is the closest thing to perfect that I have seen.

This performance comes at quite a cost. $1,000+ for a 24”, 1920x1200 monitor is a lot of money to spend today. Of course factor in that you are saving the money from not needing calibration hardware or software and that price becomes more reasonable. So the real question is: do you need this? If you’re asking that question then you probably don’t. If you saw perfect color, perfect uniformity, and knew that you needed it, then you’re probably more willing to pay the price as it is essential to your work. No monitor that I have seen can be pulled out of the box and, provided you check the options more carefully than I initially did, provide a better image with no extra work.

Displays like the NEC PA242W are expensive, but they also push the boundaries for what a display can do. Technologies like 3D LUTs and more uniform lighting will likely trickle down to more affordable hardware, but it will take time. For now if you want the most accurate, most uniform display that you can buy, you want the NEC PA242W. It’s designed with image/video professionals in mind, and it performs admirably.

Input Lag, Power Use and Gamut
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  • 1Angelreloaded - Saturday, October 5, 2013 - link

    Actually the whole 1080p labeling is for the HDTV industry and makes no complete sense to use in the PC space and 1080p(1920x1200) is 16 megapixels with 16:10 wide(Camera dependant).
  • bobbozzo - Friday, September 27, 2013 - link

    I have the Dell u2412M... I like that it's 16:10 (versus my 16:9 Samsung (below)); on 16:9 I don't feel like there's room for the taskbar...

    Anandtech reviewed the 2412:
    http://www.anandtech.com/show/5550/dell-u2412m-16-...

    At home I have a 23" Samsung 2343bwx which is 2048x1180, but its TN panel has serious problems for me when doing design or photo work; the viewing angle affects colors so much that a solid color looks significantly different at top or bottom of the screen versus the middle. If I move my head, it changes, so it's not a uniformity problem; just viewing angle. I sit over arm's length away, so it'd be even worse closer up.
  • ZeDestructor - Saturday, September 28, 2013 - link

    2412 is only sRGB, not wide gamut like the 2408, U2410 and U2413.

    I agree on anything wider than 16:10 being too wide. 16:10 IMO is the perfect size this side of dynamically-sized holograms.
  • tarzan1234 - Monday, December 9, 2013 - link

    This monitor is designed for graphic designers and digital photographers and they don't need and don't want high contrast. The goal is what you see on screen is what you get in prints. That means what's on the display must be as close to what's on a print as possible. In a standard viewing condition (standard light, natural daylight white), matte paper prints have contrast ratio of about 1:200, luster paper has contrast ratio of about 1:250 to 1:300 and glossy paper has a contrast ratio of about 1:350 to 1:400. For that reason, if you have a high contrast monitor, what you see on screen will be different from what you get in print. You can't change contrast ratio of paper, the only thing you can do is to have a monitor that can be adjusted close to that. That's what professional grade monitors are for. Some of the very best (and most expensive) graphic monitors are made by Eizo, and their contrast ratios are in 1:250 to 1:400 range. One additional note, photographers often set their monitor light output to around 80cd/m2 to 120cd/m2 for the same reason, getting close to how prints look. If the display is brighter, you often end up with dark prints because if it looks OK on a to bright monitor, the prints will be too dark.
  • WhitneyLand - Friday, September 27, 2013 - link

    >>do you need this? If you’re asking that question then you probably don’t.

    Instead of this answer how about telling us things like:
    1) Is it possible to see benefits without calibration tools?
    2) Is it possible to see benefits in applications that don't manage color profiles?
    3) If you grab a couple non color-pro friends and ask them if it looks better, what do they say?
  • cheinonen - Friday, September 27, 2013 - link

    OK, I'll answer those quickly then:

    1) Yes, because the out-of-box experience is also very good and it is still more uniform than any other display tested to date. The calibration does not affect the uniformity.
    2) Yes, and especially with calibration. The SpectraView software does all of its work inside the monitor LUT, leaving the video LUT alone. So color profiles or not, the image should be basically perfect.
    3) I'd have to grab them and see, though I'll admit to mostly having friends who I've converted to really caring about color.
  • DanNeely - Friday, September 27, 2013 - link

    As a multi-monitor user #3 matters to me because it makes all my screens look the same. At work I've got 3 mismatched Dell screens (1901, 2208, 2210); and the fact that despite fiddling I can't get the colors on them to match is noticeable and a bit annoying. At home I have 3 NEC monitors (all bought refurbed to avoid breaking the bank) 2x 2090 and 1x 3090; out of the box colors between the three are close enough to each other that I've never felt the need to buy a colorimeter to calibrate them.
  • inighthawki - Friday, September 27, 2013 - link

    My experience has taught me to always go with the same monitors in multimon setups. 2x or 3x of the same brand, same model.
  • DanNeely - Friday, September 27, 2013 - link

    Even if I could've afforded multiple 30's at home I don't have the deskspace for them; and in any event I bought the 20's a year or two before the 30. (The 3way setup was however a major factor in why I bought what I did.)

    At work I got the screens one at a time; and had a pair of 2208's at one point; they matched each other about as poorly as the 2208 and 2210 do.
  • powruser - Saturday, September 28, 2013 - link

    We have very similar setups. I have one 2490WUXi as my primary display and two 2090UXi as secondary display. All are first generation models which have the A-TW polarizer which greatly reduces the purple IPS glow on dark images when viewing at off angles. I also bought mine refurbished. NEC has excellent refurbs, and their warranty service is excellent as well. You'd have to pry my A-TW NEC displays from my cold dead hands! :)

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