![]() ![]() ![]() In most cases, you won’t notice any prominent ghosting/trailing behind fast-moving objects even with overdrive set to Off or Low, but the Medium/Normal setting will usually work best. Now, if you have a modern LED-backlit 60Hz/75Hz monitor, it’s highly unlikely that its response time is slower than the display’s refresh cycle. Some monitors will also have the option to turn the overdrive completely off. ASUS’ TraceFree option allows you to adjust the overdrive from 0 to 100 in increments of 20, for example. Generally, the levels are labeled as Slow, Normal, Fast, Faster - Low, Medium, High, Highest or simply by numbers. Depending on the model, the overdrive levels will be named differently and some monitors may have more levels than others. There should be at least a few options to choose from. To access the monitor’s overdrive settings, open the OSD (On-Screen Display) menu and look for the overdrive option, it’s usually under one of the following names: TraceFree (some ASUS monitors), Rampage Response, Overdrive, OD, or simply Response Time. Which Response Time Overdrive Option To Use? This is where the response time overdrive, sometimes also referred to as RTC (Response Time Compensation), comes into play to push the pixels to transition from one color to another more quickly. If a monitor’s response time is slower than that - meaning that a pixel takes longer than 16.67ms to change, it will continue changing in the next frame, and that’s how you get visible trailing behind moving objects on the screen.įor a 144Hz monitor, the refresh cycle is 6.94ms, so the response time needs to be faster than that, and so on. You can visit our ‘ What Does Monitor Response Time Mean?’ article for a more detailed explanation but in short, a monitor’s response time speed indicates how fast a pixel can change from one color to another.įor instance, a 60Hz monitor refreshes the image 60 times per second, so there are 16.67 milliseconds between two refresh cycles. In order to explain what response time overdrive is on a monitor, we’ll first cover what the pixel response time speed is. You will find your monitor’s overdrive settings in its OSD (On-Screen Display) menu, usually under one of the following names: Overdrive, OD, Response Time, TraceFree, or something similar. My best guess at this point is that there's an issue with the hardware in the intake display port on the back of the monitor, but that's not an easy verdict to confirm, let alone fix.Response time overdrive allows you to push the monitor’s response time speed (pixel transition time) in order to decrease the trailing/ghosting artifacts behind fast-moving objects.ĭepending on the refresh rate, too strong overdrive can cause pixel overshoot or inverse ghosting. To sum up, Everything I've tried I can think of seems to do nothing, and while every individual component works totally fine in a vacuum- the sum of its parts seems to not quite create a whole here. The HDMI port on the monitor is also completely normal and fine. The test screen used in the diagnosis shows perfectly ok colors, and no toggle-able setting seems to help. Display and general health of the monitor is also fine! I've run the self diagnosis dozens of times, and checked/toggled every setting under the sun. The tint started and persisted before, and after I updated the drivers.ģ. Drivers are all up to date and NOT the source of the issue. I swapped the cable to test on a different monitor and it works fineĢ. display port cable itself is totally okay. (A link below to the specific product is below) I've checked just about everything and here's what I know-ġ. Just recently purchased and installed a new "T55 27" LED 1000R Curved FHD Freesync" Monitor, and it was working just fine for about an hour before the entire display tinted pink-ish purple. ![]()
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