This technology was firstly developed by GPU manufacturers, which can cope with screen tearing issue.
VSync, one of the latest visual-enhancement technologies, brings your beloved game to vibrant life.
With this technology, game manufacturers can produce smooth, uninterrupted gameplay for graphics-heavy 3D games.
To obtain more information about VSync technology, like keep reading this post ofMiniTool.
Main Types of VSync
Here are 5 main VSync types.
This section will introduce them briefly.
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Well, as mentioned earlier, VSync can address screen tearing issue.
This feature is useful in applications that graphics processor outperforms the graphical demand.
Enabling VSync caps the fps at the monitors maximum refresh rate and reduces the excessive strain on your GPU.
The advantages of V sync can be summarized as follow.
VSyc works by waiting for the monitor to skip to the next screen, which can cause some delays.
For instance, you may find your inputs like key-presses and mouse clicks are delayed.
This feature is a big barrier for gaming playing that requires fast reaction.
VSync is great when the frame rate surpasses the monitors refresh rate.
This can cause a big drop in frame rate.
Here we sup up the disadvantage of VSync.
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Whether to Use VSync
Plenty of users are wondering that should they turn VSync on or off.
On the one hand, it indeed offers you some benefits.
On the other hand, it can cause input delay or frame rate dropping.
Use VSync or not?
It depends on your exact case.
When the frame rate is below your monitors refresh rate, you should turn it off.
You should also keep it off when theres no tearing or over-processing to fix.
When graphics processor renders more frames than the maximum value of monitor, you should turn it on.
What is VSync exactly?
You may find the answer in this post.
Actually, you will have an overall understanding of vertical sync.
