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**Nvidia G-Sync owners thread**

You have to look at the background of the Black level test, specifically. Not on the front page, not the top of that page or the bottom, but the area that the boxes are in. That is true black and does not change below 50% digital brightness. I've tested this with the ROG SWIFT just now and it behaves exactly like other monitors. What you're seeing is the effect of digital brightness on dark greys, not black.

P.S. Anybody else with the SWIFT, feel free to confirm this.

that's true for me on my swift - blacks don't get any blacker below 50% slider in nvcp (but dark greys become black). I have set my sliders at 50% brightness, 45% contrast and 0.78 gamma - I can't get a good gamma (while mantaining a full range of brightness) with this monitor no matter what I try though!
 
What do you have the monitor brightness set to?
And are you changing all 3 Nvcp settings or just the brightness?

It doesn't matter what I set brightness to. The other NVCP sliders are kept at default. None of them alter the backlight of the monitor which is why they don't affect black point! The only possible exception is if the monitor isn't getting the correct colour signal for some reason or an ICC profile is interfering with the 'black value'. If that happens then lowering the brightness slider lower than 50 could have an effect on what is supposed to be 'true black'.

that's true for me on my swift - blacks don't get any blacker below 50% slider in nvcp (but dark greys become black). I have set my sliders at 50% brightness, 45% contrast and 0.78 gamma - I can't get a good gamma (while mantaining a full range of brightness) with this monitor no matter what I try though!

That's really interesting and something I'd feared about the gamma. My SWIFT sample has gamma spot on 2.2 in the centre, really impressive. But other users using the same calibration equipment have reported an average of around 2.0. I've seen this sort of variation with other 144Hz models but hoped the SWIFT was different. It seems that is may not be. :(
 
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If your not replicating the same conditions then I cant help you to see the effect i'm seeing and for you to then apply whatever words you want to it

Your notmhappy with the words i'm using, but the end result is that I am happy (and lots of other people have commented with thanks) with the settings i am using
 
yes I would say the monitor on default icc profile was significantly below 2.0 (I don't have any calibration device so can't give an exact figure) and display was pretty washed out - I have it working pretty fairly well now after creating a new icc using QuickGama and lowering the gamma setting in nvcp. I am happy with the display now considering it is a TN screen - I have it pretty closely matched to my IPS dell one.
 
If your not replicating the same conditions then I cant help you to see the effect i'm seeing and for you to then apply whatever words you want to it

Your notmhappy with the words i'm using, but the end result is that I am happy (and lots of other people have commented with thanks) with the settings i am using

So what exact settings are you using?

And it's great that you're happy, but also important to distinguish between black and dark grey. And understand that no matter what you do in the Nvidia Control Panel or the GPU, you can't make blacks any blacker. It's therefore incorrect to say that it improves 'black levels' but more correct to say you prefer the effect it has on grey levels.

It's technically impossible to improve black levels by such alterations unless certain other conditions, mentioned above, are satisfied. It is helpful for those reading this thread to suggest that they can improve the appearance of dark greys if they're not happy with gamma by experimenting in the Nvidia Control Panel, but incorrect to suggest it has any effect on black.

yes I would say the monitor on default icc profile was significantly below 2.0 (I don't have any calibration device so can't give an exact figure) and display was pretty washed out - I have it working pretty fairly well now after creating a new icc using QuickGama and lowering the gamma setting in nvcp. I am happy with the display now considering it is a TN screen - I have it pretty closely matched to my IPS dell one.

Interesting. Also reflects what some others users have mentioned.
 
Add me please gregster. :)

2h7lxcp.jpg

Done :)
 
Well it is having an effect on the colour in the image youve chosen as "black", whether you want to call that backlight bleed, glow, black level, whatever, it ends up looking closer to what i would describe as "black" as well as colours closer to my ips when i invoke nvcp changes instead of trying to just use he osd
 
Just found this.

Philips 272G5DYEB 27-Inch G-SYNC Monitor Arriving This Month

MMD, the leading technology company and brand license partner for Philips Monitors, announces a superb new monitor for true gaming fans: the 27-inch Philips 272G5DYEB display with NVIDIA G-SYNC. With a refresh rate of 144 Hz, this display updates the screen content nearly two and a half times more often than a standard monitor. By letting the GPU control the refresh, it delivers ultra-smooth image motion that includes the critical images that are otherwise missing on displays with standard refresh rates. So players can target objects more accurately - and level up their game.​


NVIDIA G-SYNC - groundbreaking display technology

One drawback of gaming with a standard monitor, at least for serious gamers, is the lower refresh rate, which can make objects appear to jump suddenly from one spot to another on the display. The NVIDIA G-SYNC chipset is designed for gamers who are looking for a display that can game just as hard and fast as they can. The Philips 272G5DYEB NVIDIA G-SYNC monitor, with its advanced graphics support, is more than a match for the sharp, fast responses of experienced gamers. It redraws the screen image up to 144 times per second, making objects less likely to jump around and easier to target accurately.​

The revolutionary performance of G-SYNC is achieved by synchronizing the display refresh rates to the Graphics Processing Unit (GPU) of the computer's graphics card, essentially giving the GPU control over the timing of display updates. The monitor refresh rate constantly adapts to the frame rate which is communicated by the GPU. This eliminates the screen tearing and stuttering that detract from a truly immersive gaming experience. It also significantly reduces input lag. As a result, scenes appear instantly, objects are rendered with dazzling sharpness and clarity, and gameplay becomes super smooth throughout. In short, it gives serious gamers a seriously competitive edge.​

With a spacious 27-inch screen, a response time of 1 ms GTG and Full HD support, gamers can also expect dazzling viewing from the new display, with sharp, brilliant colours and superior image reproduction.​


Connectivity with blazing speed

With such a powerful and responsive kit as the Philips 272G5DYEB display with NVIDIA G-SYNC, the connection between PC and display has to measure up. The new gaming display ensures that the PC connection will never be a performance choke point. With excellent performance and zero latency, DisplayPort technology offers gamers the high-speed imaging and refresh rates to match the singular performance of the G-SYNC display. It delivers better performance than the DVI standard, supporting cables of up to 15 meters in length and data transfer rates of 21.6 Gbps. The USB 3.0 ports ensure users benefit from fast USB transfer - around 10 times speedier than the USB 2.0 standard. These connectivity choices make the new Philips display a superb choice not only for gaming and movies, but also for general office and home use.​

The new Philips 272G5DYEB display with NVIDIA G-SYNC will be available end of October 2014 at a suggested retail price of $699/€699/£499.​

http://www.techpowerup.com/206321/philips-272g5dyeb-27-inch-g-sync-monitor-arriving-this-month.html
 
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