The VSync actually does help you a little bit but it comes along with its own problems like stuttering and input lag. It basically tries to split in two different directions and looks worse the more dynamic your game gets, it simply looks very unsatisfying for your eyes. Most monitors have a capped refresh rate being at 60 Hertz(Hz), which means that the image refreshes every one-sixtieth of a second.Īnd when your graphics card is not giving enough frames per second the image starts to tear down and look ugly. In other words, your graphics card is basically creating an image and sends it to your monitor that displays it as fast as it’s capable too. VSync, or vertical sync, is a graphics system technology that syncs a game’s frame rate and a monitor’s refresh rate. AMD’s FreeSync and NVIDIA’s G-Sync promise a unique kind of experience without any screen tearing, stuttering or input lag that VSync might bring.īut in the end, you need to be aware that both of these systems have their pros and cons, which we will be explaining in this article.īefore we get into the differences of G-Sync and FreeSync, let’s first take a quick look at VSync and the technology that stands behind.
Which resulted in a very good way.Īnd believe me, once you try a monitor with a variable refresh rate there is no going back.
NVIDIA was the first to think of G-Sync that lets your graphics card control the monitor’s refresh rate. Both companies are solving the problem in a similar way, the only thing that is different is the hardware between those two. This problem, in general, affects all sorts of players, from the budget type of PCs to beast high-end PCs.ĪMD and NVIDIA have a different answer to this particular problem.
#Freesync vs g sync Pc#
Have you ever been playing a PC game and your screen started to tear down? You can definitely relate to how extremely annoying it can be, especially if you’re one of those players who play FPS games.
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