With £100 off with an Amex and 20% off employee discount it seems that the 38" can be had for £940, which is tempting me.
I think I can get over the backlight issues but the remaining hurdle for me to get over is the colour saturation. How are people dealing with the lack of an sRGB mode? What's the best workaround for avoiding shonky colours in windows / non-HDR content?
I've whittled it down to the 38" version, the 27" version, or one of the 1080p 360hz ASUS beasts (the latter of which all seem to have excellent colour accuracy). Pick your poison and all that....
Does that then bodge up the HDR? Or did you save settings as a preset?Calibrate it to srgb. job done
Does that then bodge up the HDR? Or did you save settings as a preset?
Presumably you used your own calibrator device?
Ah! Sounds like this is a non-issue then. Thanks so much for the help / adviceUse spyderx pro. Switch on hdr for wide gamut in windows (that overrides the icm anyway), switch off hdr for calibrated 100% srgb. Or you can calibrate both and then just swap the icm over. It is just a setting in windows afterall.
You could calibrate to wide gamut on hdr if you want to as well but i quite like the hdr over sarurated look so havent bothered for now.
But when using windows in sdr I have 99% perfect srgb for desktop and colour editing.
If you buy a spyderx, its only the software that changes between models so buy the cheapest and use DisplayCal which is free calibrating software and much better than the software you get with the spyderx anyway.
Yeah that is mad. Imagine that on your desk.... compared to your ASUS! Do you think you could handle it? Would be amazing for gaming.... but for productivity / browsing I think the smaller monitors are probably more manageable!When you compare a 38" UW to something like a 48" OLED
Visual TV Size Comparison : 38 inch 21x9 display vs 48 inch 16x9 display (displaywars.com)
From what I gather, burn in with these newer models is pretty much a non-issue if you take precautions, such as mixing up screensavers and backgrounds, have a ‘minimising / disappearing’ start menu, not running full brightness, not on all the time.... etc.I've been looking at the 48" OLED, and as much as it's roughly the same price for a 'better' display - it would be too big for me. Plus I also work from my monitor during the day, and I'm not sure the type of use would be too good for burn in etc.
Ah! Sounds like this is a non-issue then. Thanks so much for the help / advice
Yeah that is mad. Imagine that on your desk.... compared to your ASUS! Do you think you could handle it? Would be amazing for gaming.... but for productivity / browsing I think the smaller monitors are probably more manageable!
32" OLEDs will be coming by they are 2 or 3 years off yet.
I'm not convinced on that. I think the OLEDs will stay fairly large. Smaller screens will probably go down the QLED/QNED/MiniLED route
Ah! Sounds like this is a non-issue then. Thanks so much for the help / advice
Ah, thanks for the additional info. Sounds like it’s fixable for some things but not everything (and not games).Unfortunately it's not that easy an he's giving you some misleading info. While I don't have this Dell monitor, I have another wide gamut-only monitor sitting next to a proper sRGB one, so I can compare the difference between the two. While a proper ICC profile will fix the oversaturated colors in color-aware software, it will do nothing for most games, some video players, or even your desktop wallpaper and icons, because windows explorer is not colour-aware. Check this link for the explanation what ICC profile does and what it does not. https://pcmonitors.info/articles/using-icc-profiles-in-windows/
As a side note, you don't need to do the calibration unless you really chase the most accurate colour for your particular monitor, which takes into account the variations in manufacturing. For normal usage, the generic profile provided by Dell in the drivers package for that model should be enough to handle wide gamut to sRGB conversion. But again, only for software that is using ICC profiles.
Whether it will be a problem for you or not, I don't know You may even like the more saturated colors, or, without anything else to compare to, decide that the difference is negligible and get used to it quickly. But in case you won't like it, there's really no way to fix it properly for every software, and games especially. You may try to dial RGB components in your monitor OSD a bit, but the DCI-P3 to sRGB transformation is non-linear and you can't just correct it with a simple slider.
will keep contemplating
I haven't yet, sorry, been pre-occupied over xmas/new year. Hoping to give it a play over the next week or so, but seems @Greebo has had some success with calibrating the AW38.Did you give this a go / did it help at all?
For me I gave up on calibration when I tried in the past to tame TN panels getting them as close to 'good' in Windows only to find that they would throw that out the window as soon as you loaded a game.
Not sure if that situation has changed in Windows 10 but I like to make adjustments in the monitor's OCD itself especially if you have multiple devices connected to the monitor.
Are these the settings you guys keep talking about (I don't really understand what these settings even do )but the lack of sRGB mode is such a stupid omission. I mean other monitors with the same panel have it. Odyssey G9 has it. Even CX48 has it, and it's a HDR OLED TV, not a PC monitor that will be running sRGB content 95% of the time.
Unfortunately it's not that easy an he's giving you some misleading info. While I don't have this Dell monitor, I have another wide gamut-only monitor sitting next to a proper sRGB one, so I can compare the difference between the two. While a proper ICC profile will fix the oversaturated colors in color-aware software, it will do nothing for most games, some video players, or even your desktop wallpaper and icons, because windows explorer is not colour-aware. Check this link for the explanation what ICC profile does and what it does not. https://pcmonitors.info/articles/using-icc-profiles-in-windows/
As a side note, you don't need to do the calibration unless you really chase the most accurate colour for your particular monitor, which takes into account the variations in manufacturing. For normal usage, the generic profile provided by Dell in the drivers package for that model should be enough to handle wide gamut to sRGB conversion. But again, only for software that is using ICC profiles.
Whether it will be a problem for you or not, I don't know You may even like the more saturated colors, or, without anything else to compare to, decide that the difference is negligible and get used to it quickly. But in case you won't like it, there's really no way to fix it properly for every software, and games especially. You may try to dial RGB components in your monitor OSD a bit, but the DCI-P3 to sRGB transformation is non-linear and you can't just correct it with a simple slider.
High end, professional PC displays have long supported color gamuts that are significantly wider than sRGB, such as Adobe RGB and D65-P3. And these wide gamut displays are becoming more common. However, prior to advanced color, Windows didn't perform any system-level color management for applications. This meant that if a DirectX app rendered, for example, a pure red or RGB(1.0, 0.0, 0.0) to its swap chain, then Windows would simply scan out the most saturated red that the display could reproduce, regardless of what the actual color gamut of the display was.
Apps that needed high color accuracy could query the color capabilities of the display (for example, using ICC profiles), and perform their own in-process color management to correctly target the display's color gamut. However, the vast majority of apps and visual content assume that the display is sRGB, and they rely on the operating system to fulfill this assumption.
Windows advanced color adds automatic system-level color management. The Desktop Window Manager (DWM) is Windows' compositor. When advanced color is enabled, the DWM performs an explicit color conversion from the app visual content's colorspace to a canonical composition color space, which is scRGB. Windows then color-converts the composed framebuffer content to the display's native color space. In this way, traditional sRGB content automatically gets color-accurate behavior, while advanced color-aware apps can take advantage of the full color capabilities of the display.