Hello!
I have an issue with my monitor, which is a very annoying one. I have investigated it a lot, but still do not understand why it is occurring.
The problem is that I am getting a pixel line issue horizontally at a fixed y-position on my monitor (see the pictures), but it only appears when the refresh-rate is set higher than 144hz (for example 200hz and 240hz). As soon as I change back to 144hz or lower, the pixel line issue is getting away slowly for about 5 min. Also the pixel line issue is faded or gradient, meaning that the issue is most visible on far left, but on far right it is not visible at all (on same y position height). Here is a video showing this (I have painted a black line in paint program, where the pixel line issue is directly above the black line. The pixel line issue is showing a faded red line from left to right):
View: https://imgur.com/RJg0WQu
Another interesting detail is that the it looks like there is a dependency between the pixel line (at the y position where the issue is) and the pixel line at the (y-1) position below (which is not faulty). This is because the pixel line issue is only visible when the pixel line at y and pixel line at y-1 are supposed to show different colors. But when pixel line at y and pixel line at y-1 are supposed to show the same colors, then the pixel line issue is not shown (see the picture below). This is the reason why I do not see this pixel line issue when doing a pixel test to check if my monitor has dead or stuck pixels since the entire screen is red, blue, green, white or black (the pixel test passes). This means that I do not have any dead or stuck pixels, right? One more thing to add is that I have been working from home this year. I have then used a docking station to be able to connect my monitor and other devices to my laptop (laptop for work). Has the docking station damaged my monitor? Is that the reason?
What is going on and why do I have this pixel line issue?
The monitor I have is Asus ROG Swift PG258Q, which supports 240hz and also G-Sync (I have G-Sync set to OFF). I have tried to use the monitor with other computers (also laptops), but the issue is still there. This means that it has nothing to do with my stationary computer. Also, I have cleaned/reinstalled my Windows 10, but the issue is still there, which confirms that it has nothing to do with the operating system either. Here are even more things that I have done to try to solve the problem without success (just so that you know):
Best regards,
Am4r
I have an issue with my monitor, which is a very annoying one. I have investigated it a lot, but still do not understand why it is occurring.
The problem is that I am getting a pixel line issue horizontally at a fixed y-position on my monitor (see the pictures), but it only appears when the refresh-rate is set higher than 144hz (for example 200hz and 240hz). As soon as I change back to 144hz or lower, the pixel line issue is getting away slowly for about 5 min. Also the pixel line issue is faded or gradient, meaning that the issue is most visible on far left, but on far right it is not visible at all (on same y position height). Here is a video showing this (I have painted a black line in paint program, where the pixel line issue is directly above the black line. The pixel line issue is showing a faded red line from left to right):
View: https://imgur.com/RJg0WQu
Another interesting detail is that the it looks like there is a dependency between the pixel line (at the y position where the issue is) and the pixel line at the (y-1) position below (which is not faulty). This is because the pixel line issue is only visible when the pixel line at y and pixel line at y-1 are supposed to show different colors. But when pixel line at y and pixel line at y-1 are supposed to show the same colors, then the pixel line issue is not shown (see the picture below). This is the reason why I do not see this pixel line issue when doing a pixel test to check if my monitor has dead or stuck pixels since the entire screen is red, blue, green, white or black (the pixel test passes). This means that I do not have any dead or stuck pixels, right? One more thing to add is that I have been working from home this year. I have then used a docking station to be able to connect my monitor and other devices to my laptop (laptop for work). Has the docking station damaged my monitor? Is that the reason?
What is going on and why do I have this pixel line issue?
The monitor I have is Asus ROG Swift PG258Q, which supports 240hz and also G-Sync (I have G-Sync set to OFF). I have tried to use the monitor with other computers (also laptops), but the issue is still there. This means that it has nothing to do with my stationary computer. Also, I have cleaned/reinstalled my Windows 10, but the issue is still there, which confirms that it has nothing to do with the operating system either. Here are even more things that I have done to try to solve the problem without success (just so that you know):
- Entered the monitor's OSD menu and did "All Reset" in System setup.
- Tried to remove my graphic card from my motherboard and cleaned a bit. Connected my graphic card back to my motherboard again.
- Cleared CMOS (Reset BIOS) and booted in Safe Mode , but still get the issue.
- Used a completely different cable, but the issue is still there (which means that it has nothing to do with the cable).
- Completely uninstalled my NVIDIA driver with the program called Display Driver Uninstaller (Clean and Restart option). Later on, installed with an older NVIDIA display driver version. Unfortunately, this did not help. Right now, I have the newest driver version again.
- Has the docking station damaged my monitor (even though I have had my monitor connected to the docking station for 6 months without having the issue before the issue came)?
- Are there some power issues or something? Is something wrong with the original ASUS power adapter connected to my monitor (got broken due to using it for a while now)? Maybe this is not the cause since I can still turn my monitor ON (since it gets power). Otherwise my monitor would not get any power at all so that it cannot be turned ON at all (which is not the case here since it can be turned on).
Best regards,
Am4r
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