Hello, I am trying to upgrade my XL2411P 1080p TN 144Hz, but I get terrible eye strain with any IPS panel, to the point of being unusable even in the short term. When I look at some IPS screens, my eyes instantly become uncomfortable. Currently, I am using the ASUS ROG Strix XG27ACDMS that i bought yesterday, because I thought the problem was just IPS, but I still get some eye strain (though a lot less than with IPS). I tried reducing blue light, changing the color depth to 8-bit in AMD Adrenaline, changing the refresh rate, sitting farther from the monitor, and lowering the brightness. This helped a bit, but it didn't completely solve the problem. Im triying to find a solution online but its been hard. In my current TN monitor i can sit for hours without any noticeable eye strein.
Currently my settings: VRR on, brightness 38, contrast 70, sRGB mode, gamma 1.8, and the rest is on default.
Displays I have tried: Alienware 27 (AW2724DM), Samsung T350 27" 75Hz (that's an old one - LF27T350FHLMZD), and the ASUS ROG Strix XG27ACDMS OLED (current one). Even the Steam Deck LCD IPS display makes my eyes uncomfortable (I had to sell it).
On the other hand: My cell phone screen (Samsung Galaxy S25 FE), iPad 10, older monitors and laptops from work (generic 720p screen), and the XL2411P TN don't bother me at all.
I really want to go 1440p, but I prefer eye comfort over image quality. I have 6 days to return the OLED monitor, but I'm not sure that I will get used to it. Anyone can give me any clue? Thanks for the help in advance.
Eye strain with IPS and even OLED
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SupergirlMAID
- Posts: 2
- Joined: 29 Oct 2026, 08:16
Re: Eye strain with IPS and even OLED
I would investigate flicker and temporal modulation first. OLED displays can use different brightness-control methods, and some models exhibit temporal luminance fluctuations even when the user does not consciously perceive flicker.
I would suggest:
1. Disable VRR (FreeSync/G-SYNC) completely.
2. Set the monitor to a fixed refresh rate, preferably 120 Hz or 144 Hz.
3. Test at a fixed brightness level.
4. Check whether the monitor uses PWM or another form of temporal modulation.
5. Test with HDR disabled.
Importantly, changing the refresh rate does not necessarily eliminate PWM. They are different phenomena.
Also, VRR can introduce luminance fluctuations in some circumstances, particularly when frame rates vary significantly. Disabling it is a useful diagnostic test, although it is not necessarily the cause.
I would change the current settings
The current configuration is:
- Brightness: 38
- Contrast: 70
- sRGB mode
- Gamma: 1.8
- VRR: On
I would question the gamma setting in particular.
Gamma 1.8 produces a noticeably brighter image in midtones than gamma 2.2. This can increase perceived screen brightness, depending on the content and display implementation.
I would try:
Gamma at 2.2
Brightness 25–35, then adjust
Contrast = Default / factory setting
VRR - Off
Also, put bias lighting in your bedroom, so no lamps directly hitting the monitor, only hidden or behind it; plus, try dark mode for everything, especially the browser, all possible apps (I even use a black desktop wallpaper here).
If you have IPS, be careful of this setting, which was mentioned in a review from the ASUS XG32UCG. Based on these comments, I would turn this off the minute I got this model:
++++++++++++++
The monitor supports variable refresh rate (VRR) for tear-free gameplay up to 160FPS at 4K or 320FPS at 1080p with AMD FreeSync Premium and NVIDIA G-SYNC Compatible certifications, as well as HDMI 2.1 VRR.
Next, there’s the ELMB (Extreme Low Motion Blur) feature, which uses backlight strobing to reduce perceived motion blur at the cost of image brightness as long as you’re refresh rate is 85Hz or higher.
It also supports ELMB-Sync, which allows you to use ELMB and VRR simultaneously to both reduce motion blur and keep screen tearing at bay.
You can adjust strobe length (the trade-off between motion clarity and sacrificed screen brightness, with a 5-level setting) and strobe phase (which part of the image will be the clearest with minimal strobe crosstalk or image duplications).
Another downside of ELMB is that it introduces screen flickering. It’s invisible to the human eye, but it can cause headaches after prolonged use to those sensitive to screen flickering.
The backlight of the monitor is otherwise flicker-free and there’s a low-blue light filter mode available.
++++++++++++++
The ASUS ROG Strix XG27ACDMS is a 3rd-generation QD-OLED monitor, not WOLED. Some users reported better luck with WOLEDs, in terms of eye fatigue. But I have seen multiple complaints that OLEDs in general cause more eye strain than IPS, definitely, for a variety of reasons.
Check your eyeglass prescription and make sure it is up to date. Also, make sure you are using high-quality lenses with an anti-reflective coating and, if possible, a blue-light filter. Mine are Zeiss, but there are other comparable great brands on the market. Avoid using low-quality or outdated lenses. Even if your lenses are from a reputable brand, they may have deteriorated enough to warrant replacement, especially if you have been cleaning them improperly for years. You should clean them with mild dish soap and a microfiber cloth. Never wipe them dry, as this can cause scratches; always wet the lenses first.
I would suggest:
1. Disable VRR (FreeSync/G-SYNC) completely.
2. Set the monitor to a fixed refresh rate, preferably 120 Hz or 144 Hz.
3. Test at a fixed brightness level.
4. Check whether the monitor uses PWM or another form of temporal modulation.
5. Test with HDR disabled.
Importantly, changing the refresh rate does not necessarily eliminate PWM. They are different phenomena.
Also, VRR can introduce luminance fluctuations in some circumstances, particularly when frame rates vary significantly. Disabling it is a useful diagnostic test, although it is not necessarily the cause.
I would change the current settings
The current configuration is:
- Brightness: 38
- Contrast: 70
- sRGB mode
- Gamma: 1.8
- VRR: On
I would question the gamma setting in particular.
Gamma 1.8 produces a noticeably brighter image in midtones than gamma 2.2. This can increase perceived screen brightness, depending on the content and display implementation.
I would try:
Gamma at 2.2
Brightness 25–35, then adjust
Contrast = Default / factory setting
VRR - Off
Also, put bias lighting in your bedroom, so no lamps directly hitting the monitor, only hidden or behind it; plus, try dark mode for everything, especially the browser, all possible apps (I even use a black desktop wallpaper here).
If you have IPS, be careful of this setting, which was mentioned in a review from the ASUS XG32UCG. Based on these comments, I would turn this off the minute I got this model:
++++++++++++++
The monitor supports variable refresh rate (VRR) for tear-free gameplay up to 160FPS at 4K or 320FPS at 1080p with AMD FreeSync Premium and NVIDIA G-SYNC Compatible certifications, as well as HDMI 2.1 VRR.
Next, there’s the ELMB (Extreme Low Motion Blur) feature, which uses backlight strobing to reduce perceived motion blur at the cost of image brightness as long as you’re refresh rate is 85Hz or higher.
It also supports ELMB-Sync, which allows you to use ELMB and VRR simultaneously to both reduce motion blur and keep screen tearing at bay.
You can adjust strobe length (the trade-off between motion clarity and sacrificed screen brightness, with a 5-level setting) and strobe phase (which part of the image will be the clearest with minimal strobe crosstalk or image duplications).
Another downside of ELMB is that it introduces screen flickering. It’s invisible to the human eye, but it can cause headaches after prolonged use to those sensitive to screen flickering.
The backlight of the monitor is otherwise flicker-free and there’s a low-blue light filter mode available.
++++++++++++++
The ASUS ROG Strix XG27ACDMS is a 3rd-generation QD-OLED monitor, not WOLED. Some users reported better luck with WOLEDs, in terms of eye fatigue. But I have seen multiple complaints that OLEDs in general cause more eye strain than IPS, definitely, for a variety of reasons.
Check your eyeglass prescription and make sure it is up to date. Also, make sure you are using high-quality lenses with an anti-reflective coating and, if possible, a blue-light filter. Mine are Zeiss, but there are other comparable great brands on the market. Avoid using low-quality or outdated lenses. Even if your lenses are from a reputable brand, they may have deteriorated enough to warrant replacement, especially if you have been cleaning them improperly for years. You should clean them with mild dish soap and a microfiber cloth. Never wipe them dry, as this can cause scratches; always wet the lenses first.