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Screen tearing is a visual artifact associated with video displays. It occurs when a display device combines the information from several frames into a single screen draw. It is caused by a number of different problems. Here are a few of them. You can disable Adaptive VSync or Forced rendering of fast-changing images in your video card to solve the problem.

Forced rendering of fast-changing images

Screen tearing is a problem caused by the GPU in your computer when it fails to match up with the speed at which the monitor is sending data. This means that an image is not rendered instantly and you will see a horizontal line stuttering across the screen. If the graphics card cannot keep up with the monitor’s refresh rate, it is advisable to cap the rate. This way, screen tearing is avoided.

Screen tearing can also occur if the frame rate of computer-generated images does not match that of the monitor. The lack of synchronisation causes the image on the screen to be distorted. The exact location of the distortion depends on the phase difference between the frame rate of the source image and the refresh rate of the display. Even slight differences will cause the artefacts to move. Another cause of screen tearing is operating the GPU beyond its capabilities.

Another cause of screen tearing is when the graphics card is set to more than 60 frames per second. This can cause visual distortion in games that feature high frame rates. To avoid this, either buy a monitor with a higher refresh rate or tweak the graphics card’s FPS settings.

Another common cause of screen tearing is an incorrect resolution setting. The graphics card generates an image at a specific resolution, so the resolution of the monitor must match this. To change this setting, type “change resolution” in the search bar and scroll down to the advanced display settings.

Screen tearing is not limited to gamers; it can affect people of any age who use a computer for work or recreation. It creates an annoying feed that reduces their productivity. The problem is most noticeable on internal laptop screens, but the effect can be seen on external monitors, as well.

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