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Uncalibrated – Maximum Backlight Level
The M27QP is rated for 400 nits output and comes fairly close to that mark in my testing. There’s no shortage of light output here. The VA panels in the comparison top out lower but still offer enough light for typical indoor usage environments.
I was disappointed in the M27QP’s high black level, which is above average and not in a good way. That means it came up short of 1,000:1, which is my preferred benchmark. It’s a good thing there is plenty of color to help offset this monitor’s low contrast, but it would benefit from deeper blacks.
After Calibration to 200 nits
I had hoped that calibration might gain the M27QP a few contrast points, but the dynamic range is unchanged. Black levels are the culprit with the highest value in the bunch. There is no lack of shadow detail here, meaning there are no gamma issues causing reduced contrast.
ANSI contrast stays consistent with the static value, so there’s no issue with the M27QP’s core components or quality control. Some tuning in the service menu on Gigabyte’s part could likely improve this monitor’s contrast ratio.
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Prev Page Response, Input Lag, Viewing Angles and Uniformity Next Page Grayscale, Gamma and ColorChristian Eberle is a Contributing Editor for Tom's Hardware US. He's a veteran reviewer of A/V equipment, specializing in monitors. Christian began his obsession with tech when he built his first PC in 1991, a 286 running DOS 3.0 at a blazing 12MHz. In 2006, he undertook training from the Imaging Science Foundation in video calibration and testing and thus started a passion for precise imaging that persists to this day. He is also a professional musician with a degree from the New England Conservatory as a classical bassoonist which he used to good effect as a performer with the West Point Army Band from 1987 to 2013. He enjoys watching movies and listening to high-end audio in his custom-built home theater and can be seen riding trails near his home on a race-ready ICE VTX recumbent trike. Christian enjoys the endless summer in Florida where he lives with his wife and Chihuahua and plays with orchestras around the state.
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truerock In 2012 I built a PC with an nVidia GeForce GTX 690 video card.Reply
USB 3.0, PCIe 3.0, SATA III, DDR3 memory, 120GB SSD, etc.
It runs a 27" monitor at 1080p, 8-bits, 60Hz.
I can't believe PCs have advanced so little in 10 and 1/2 years.
I guess when PCs have moved up to USB 4 and PCIe 4, DDR 4... I'll be ready to upgrade.
If it will run a 4k, 10-bits, 120Hz monitor (80 Gb/s).
I guess that will be in 2024? 2025? I hope I don't have to wait until 2026. -
SyCoREAPER truerock said:In 2012 I built a PC with an nVidia GeForce GTX 690 video card.
USB 3.0, PCIe 3.0, SATA III, DDR3 memory, 120GB SSD, etc.
It runs a 27" monitor at 1080p, 8-bits, 60Hz.
I can't believe PCs have advanced so little in 10 and 1/2 years.
I guess when PCs have moved up to USB 4 and PCIe 4, DDR 4... I'll be ready to upgrade.
If it will run a 4k, 10-bits, 120Hz monitor (80 Gb/s).
I guess that will be in 2024? 2025? I hope I don't have to wait until 2026.
What on earth are you rambling about? None of what you said has any relevance to this monitor.
Can I call you a cab to take you home? -
truerock sycoreaper said:What on earth are you rambling about? None of what you said has any relevance to this monitor.
Can I call you a cab to take you home?
Fair point... I guess it was off topic.
My "ramble" was trying to say, "170Hz QHD... so what". I was trying to put that in context. -
SyCoREAPER truerock said:Fair point... I guess it was off topic.
My "ramble" was trying to say, "170Hz QHD... so what". I was trying to put that in context.
Makes more sense.
The 170hz is the big deal. It wasn't until fairly recent that monitors moved above 144hz which was a big deal. IIRC there are monitors that go above that but you are getting into build multiple computers for the price territory.
As for resolutions, 4K isn't really that prevalent, at least not with high refresh rate and affordable prices mainly because most cards until this Gen simply could barely get triple digits at 1440 in AAA titles. -
truerock sycoreaper said:Makes more sense.
The 170hz is the big deal. It wasn't until fairly recent that monitors moved above 144hz which was a big deal. IIRC there are monitors that go above that but you are getting into build multiple computers for the price territory.
As for resolutions, 4K isn't really that prevalent, at least not with high refresh rate and affordable prices mainly because most cards until this Gen simply could barely get triple digits at 1440 in AAA titles.
I absolutely agree with you.
I'm expressing an emotional impatience with how slowly PC technology has advanced over the last 10 years.
I'm kind of the opposite of a lot of people who want future technology to support old technology standards.
I think Apple is good at getting rid of the old and moving more quickly to new technology.
I occasionally will attach a 4k Samsung TV to my 10-year-old PC just to get a feel of the experience. It is very cool. Unfortunately, on my 10-year-old PC 4k-video runs at 30Hz, 8-bit.
Oh... I just rambled aimlessly again... my bad. -
SyCoREAPER truerock said:I absolutely agree with you.
I'm expressing an emotional impatience with how slowly PC technology has advanced over the last 10 years.
I'm kind of the opposite of a lot of people who want future technology to support old technology standards.
I think Apple is good at getting rid of the old and moving more quickly to new technology.
I occasionally will attach a 4k Samsung TV to my 10-year-old PC just to get a feel of the experience. It is very cool. Unfortunately, on my 10-year-old PC 4k-video runs at 30Hz, 8-bit.
Oh... I just rambled aimlessly again... my bad.
Moore's Law is dead, has been for a while unfortunately. -
Wimpers sycoreaper said:Moore's Law is dead, has been for a while unfortunately.
What did you expect? We can't keep cramming more and more transistors on the same space and/or ramp up the frequency, there actually are physical constraints to about everything.
We haven't reached them yet when it comes to storage capacity and perhaps memory and network or bus speeds but for a lot of other things only parallelisation is an option but this is not possible everywhere and sometime requires a redesign and adds some overhead. -
SyCoREAPER Wimpers said:What did you expect? We can't keep cramming more and more transistors on the same space and/or ramp up the frequency, there actually are physical constraints to about everything.
We haven't reached them yet when it comes to storage capacity and perhaps memory and network or bus speeds but for a lot of other things only parallelisation is an option but this is not possible everywhere and sometime requires a redesign and adds some overhead.
Congrats?
I know that, I was explaining to OP why he feels that PC components haven't evolved further than they thought by now.