We’ve been impressed so far with other Aorus monitors’ color accuracy, and the FI27Q continues that trend with some of the best color accuracy we’ve seen of late.
Grayscale and Gamma Tracking
We describe our grayscale and gamma tests in detail here.
The FI27Q defaults to its full native color gamut of DCI-P3. You can view SDR material that way, and it will look more colorful but not strictly accurate. Before calibration there were no visible grayscale errors at any level of brightness. Calibration is not required; however, nit pickers will notice that gamma rode slightly above the 2.2 line, which made things look slightly dark in the mid-tones. You can compensate visually by turning up the brightness a little. The other gamma presets are further off the mark, so we suggest sticking with option 3.
Calibration produced near-perfect tracking with one of the lowest average Delta E (dE) scores we’ve recorded. It truly doesn’t get better than this. Gamma didn’t change, which, in terms of picture quality, is fine with us.
Turning on sRGB picture mode locks brightness to around 200 nits and grays out other image controls. Luckily, the mode’s pretty accurate with no visible errors in grayscale tracking and gamma that was only a tad light. We’d be fine using this mode for color-critical applications.
We doubt any monitors will beat the Acer XB273K’s out-of-box grayscale error score of 0.43dE. but the FI27Q acquit itself well with an average that is below the visible threshold. You won’t need to calibrate this monitor, but when we did we saw a clear gain in accuracy. If you want that last 1% of performance, a few tweaks of the RGB sliders can get you there.
Though the gamma tracking runs slightly dark, the range of values is extremely tight. This means you won’t see any brightness levels that are visibly off. Our sample measured 2.29 average, which equates to a deviation of 3.18%; very solid performance.
Color Gamut Accuracy
For details on our color gamut testing and volume calculations, click here.
The FI27Q excels in its color gamut accuracy. Before calibration, the average error was 2.06dE which amounts to no visible error. This is measured against the DCI-P3 standard, which is the monitor’s native gamut. Though we’ve seen a few monitors that cover more of DCI, very few have hit all the saturation and hue targets so well. This is near reference-level performance.
Calibration tightened up the color targets even more. It made it so every point was inside of or in contact with the square which represents 1dE. Once again, we have to say it doesn’t get better than this. Gigabyte has maintained that accuracy in sRGB mode, which measures an impressive 1.33dE. That’s without adjustment as none are possible. While the FI27Q isn’t exactly inexpensive, it offers color performance comparable to many pricier professional screens.
As much as we’re waxing on about the FI27Q’s color accuracy, the other monitors here compete well. Still, only the Razor Raptor boasts more accurate colors. In the gamut volume test, the FI27Q is one of the few screens we’ve seen crack the 90% DCI coverage mark. To get more coverage, you’ll need to check out the Razor Raptor or shop a high-end professional screen, like the Acer ConceptD CP7271K, which costs significantly more at $1,500 as of this writing. In both the sRGB and DCI-P3 gamuts, the FI27Q’s shortcoming is in the slightly undersaturated green primary.
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The linked paged for the FI27Q-P also lists 10 Bit (8 Bit+FRC) Color Depth So I am especially unsure of the difference.
The only differences I can see on Gigabyte's pages are that FI27Q-P has display port 1.4 with something called HBR3, consumes up to 15W more power, and has a 2.1kg higher gross weight.
The Q-P page advertises "Enjoy 2K, 165Hz, HDR, 10bits color at same time!", which implies that the Q model may not be able to use all these features simultaneously.
However, if you display natively 8-bit content, a FRC display will do nothing to eliminate the banding. So, you need software that will drive the display at 10-bit. Now, how much benefit this really adds over having a game do its own dithering down to 8-bit I really can't say, but I'm a little dubious.
That's exactly it. DP 1.4 HBR3 finally has enough bandwidth to enable "165Hz, HDR, 10bits color at same time!" at 2560x1440.
Because of this and some user reviews complaining of backlight bleed near the bottom of the display, I will pass.
Some reviewers seeing issues like backlight bleed does not mean all will or do... This unfortunately is something that will occur with TN/VA/IPS panel tech ( in varying degrees in each) as you prob know.
I've owned the F127Q-P for two weeks now... No stuck or dead pixels and zero bleed from any portion of the screen noted. Excellent picture quality and performance all around with streaming, Blu-Ray and gaming noted as well. I could have left the out-of-the-box settings in "Standard" as is, but did some calibrating to my liking, making it that much better.
I have not delved into it's "HDR" yet as it's not something I'm interested in at the moment, but is on the horizon.
For me, the bleed and lack of Freesync Premium Pro are the two issues. I know the bleed is a roll of the dice, and I'd probably take a chance on it, if the Premium Pro support were there.
But HDR is really something I want to dabble with, as a developer. And since I tend to keep monitors for a long time, I'm just not going to pull the trigger on a monitor without full HDR & VRR support from both AMD and Nvidia.
I've waited a long time to upgrade my monitor. I can wait just a bit longer, for the right one.
I have the Q model ,I had to pay 514.99 dollars for it at newegg . Even had a price drop of 25.00 dollars ,
And did not get my 25.00 dollar difference returned to my paypal account , just a gift card for 25.00.
Gigabyte knows about these monitor issues ,they are all over the net ,Want an all around monitor for
your 500.00 dollars , look for better quality and ask about everything before buying Nice looking monitor,
but has issues,that is the truth here.