Display Lag, Power Use and Color Gamut

Measured using a Leo Bodnar lag tester over HDMI, the QNIX has 33.3ms of input lag. This is likely going to be too high for most people that want to seriously game on the display. There is no game mode or anything else to reduce this input lag, though as always using a native resolution might improve the situation. This might only be by 2-3ms and so it might not make a huge difference to people.

Processing Lag Comparison (By FPS)

The QNIX color gamut encompasses 69.1% of the AdobeRGB gamut. This is slightly short of the sRGB gamut (which is 71% of AdobeRGB). The shortcomings are going to be in the Cyan and Blue area of the gamut as there is over-saturation in Reds and Greens. With standard white LED backlights this is expected.

LCD Color Gamut

Power use is average for a 27” QHD display. The maximum light output power usage is very close to everyone else, but the minimum power usage is a bit worse. Since it is only a couple of watts difference here, it isn’t a large enough difference to even worry about. The QNIX is neither more or less efficient than other LED backlit displays on the market.

LCD Power Draw (Kill-A-Watt)

Candelas per Watt

Display Uniformity Conclusions
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  • anandtechbug - Friday, April 18, 2014 - link

    I was willing to pay for a good monitor around $700 but I found that Qnix DVI-D is equal or better than those monitors. Was really looking forward to purchasing this model. Pls suggest a good one for photo editing.
  • cubebomb - Sunday, April 20, 2014 - link

    I have two of these i bought 6 months ago.

    They are amazing. I have them OCed at 96hz which makes everything smoother than 60hz.

    Only one of the panels can go to 120Hz without problems. The other one will just give weird red lines so the sweetspot was a 96hz for me. Games running at 96FPS or 120 FPS is hard for me to tell that much of a difference. I love these badboys.

    The resolution is amazing and i have no problems with colors. I am not doing photography or webdesign. I am playing video games and they look no different than my old 1080p panel.

    I am playing 96fps at 1440p ! amazing
  • Z15CAM - Sunday, April 27, 2014 - link

    You have reviewed the WRONG QNIX. The popular one is the over-clockable QNIX QX2710 Evolution II PLS LED Display with a single DVI-D interface that cost approx $300 from South Korea.
  • aithos - Friday, July 25, 2014 - link

    Clarification of Overclocking on QNIX:

    The reason you were unable to overclock without dropping frames is because you have the wrong version of this monitor. Only the base models (single dual-dvi input) of the QNIX QX2710 and XSTAR 2710 and Yamasaki Catleap 2B that are able to overclock. None of the multi-input models are able to overclock, the only reason the base models are able to overclock is because of the bypass board (and lack of a scaler). As a side effect, you cannot hook up console gaming systems because they will not be able to output a supported resolution due to the lack of a scaler on the monitor.

    I have seen countless posts on this topic, seen countless screenshots of the proof they don't frame skip and I personally own the XSTAR version (same monitor, different reseller) and have it overclocked to 110 without any frame dropping. I was able to get to 120hz but I start getting artifacts in some games (Skyrim) at that framerate and so I chose to drop down for ease of use.
  • Phreedom1 - Wednesday, August 13, 2014 - link

    Yes..they know that now. It's been brought up many times over the last several months in this thread.

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