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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  • Hulk - Friday, September 27, 2013 - link

    I trust Anandtech reviews but that contrast ratio would be a huge concern of mine if I were dropping $1000 on a monitor.
  • noeldillabough - Friday, September 27, 2013 - link

    I'm using an older 26" version of this at work and its great...so much so that when I work on a different machine I'm grumbling about the difference!
  • coolhardware - Friday, September 27, 2013 - link

    I could not find a 26" (older) version of this monitor, anybody have a model #???
  • asakharov - Sunday, October 6, 2013 - link

    NEC 2690WUXI
  • Death666Angel - Friday, September 27, 2013 - link

    If you drop 1k on this you need it for the uniformity and color/calibration results, not for high contrast for your movies and games. :)
  • Hulk - Friday, September 27, 2013 - link

    Actually when I do post work for video/photo, lattitude (dynamic range), which is ability to see detail in the darkest and brightest areas is a big deal, as important if not more so than color space and uniformity. A low contrast ratio means that highlights turn into bright blotches and dark areas simply appear crushed.

    I look for contrast ratio first, then color space, and finally uniformity in a monitor for doing work in post. Uniformity and color space are useless if I can't see any detail in the bright and dark areas.
  • Senti - Friday, September 27, 2013 - link

    You are absolutely wrong about contrast. Contrast is the ratio of pure white to pure black and nothing else. This has nothing to do with ability to display dark and bright shades. Actually, the reverse is true: VA panels have great contrast and awful dark tones reproduction. I can see the difference between all the shades with my NEC PA241W even though its contrast is quite modest.

    In general, I have to say that displays are definitely not Anandtech's specialization. Not just mine opinion, as I heard several times how disappointed people I know were at the usefulness of such reviews here. Some important points that AT completely missed: 10-bit mode of operation, overdrive errors, refresh rates, impact of different Uniformity setting values.
  • Hulk - Friday, September 27, 2013 - link

    No. You are wrong.
    Contrast ratio should be high for a good display.
    http://en.wikipedia.org/wiki/Contrast_ratio

    Furthermore, dynamic range and contrast are closely related and a good display should have a contrast ratio of at least 1000:1.
    http://en.wikipedia.org/wiki/Dynamic_range

    Finally, you might want to read up on this subjest.
    http://www.cambridgeincolour.com/tutorials/dynamic...
  • Gothmoth - Friday, September 27, 2013 - link

    sorry hulk. but you are clueless.

    look at eizo coloredge or quato monitors.
    and don´t argue about something you obviously know not much about.
    enjoy the faked contrast ratio numbers of your gaming monitors and google a few more articles that say nothing about actual display quality .
  • Samus - Saturday, September 28, 2013 - link

    Ohh Hulk, throwing wiki links to general topics with no direct data about this monitor (or any other comparison) is fail.

    No where in Contrast Ratio does it say anything along the lines of quality monitors have high contrast ratio or low-end monitors have weak contrast ratio, etc.

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