This makes it easier for your computer to respond to inputs. It seems, therefore, that you should enable VSync if you have the option to turn on triple-buffering. Otherwise, you might want to keep the synchronization feature turned off. The best way to determine whether or not vertical synchronization is good for you is to enable it and test it out. If your computer is able to handle it without lagging, the feature could completely transform your gameplay experience.
The first is through the Nvidia Control Panel. Nvidia manufacturer of most PC graphics cards, so it only makes sense to go directly to the source to turn on their feature. Obviously, every game has a different interface.
So, the process of turning on vertical sync in your game will be different depending on what you play.
For years, vertical synchronization was the only solution to the tearing problems experience by PC users. But, a lot of hardware manufacturers have been working hard to produce new and improved iterations of VSync technology.
But once you fire up a game with a high frame rate, it will kick into action to prevent tearing and stuttering. If your video card is equipped with Adaptive VSync , you can enable it the same way you normally. The company developed these products in hopes that they could secure a stronger connection with their graphics cards and eliminate some of the lagging issues in the process.
And while it may seem silly to buy a new monitor just to get its vertical synchronization features, many users say the benefits outweigh the costs. Unlike the other synchronization solutions outlined above, FreeSync is not an Nvidia product.
The more frames your graphics processor can output, the smoother your games will look. Your screen is always trying to keep up with the frames your graphics processor is producing. The refresh rate is stated in a product listing like the following image. The problems begin when your graphics processor begins to output more frames than your monitor can handle, such as FPS on a 60Hz monitor.
Your monitor may struggle to keep up with the flow and end up out of sync between two frames. This is where VSync comes in. This is typically done by freezing the game engine or buffering frames until the monitor is ready to output the next frame. This will bring your graphics processor down to the same level as your monitor and will allow them to work better in unison, thus eliminating screen tearing when done right. It can also be useful in applications such as very old games where your graphics processor severely overpowers the graphical demand.
Because graphics processors go as fast as they can, rendering old scenes may result in exceedingly high frame rates. This can cause your graphics processor to overheat, as it outputs frames at an incredibly fast rate. Because VSync makes frames wait for when the monitor is ready, this can cause problems. You may find that your inputs, such as key-presses and mouse clicks, are slightly delayed.
This can be fatal in games that require reflex and snap reactions to play. The result is an even bigger drop in frame rate during intense moments. Technologies such as triple buffering can help prevent this, but it may not be an option everyone has access to. The above descriptions refer to the default VSync function that has existed for years on PC. However, more recently, the hardware powerhouses of the games industry have begun coming up with new and improved forms of VSync that negate some of those problems.
This groundbreaking tech came out a couple of years ago and does the ingenious work of adapting your monitor refresh rate to your gaming framerate. The result is a completely smooth gaming experience if your GPU can handle it, that is , with no screen tearing, stutters, latency, or sharp FPS drops that accompany standard VSync. If you want to know more about G-Sync, we wrote a whole article about it here. So, should you turn VSync on or off?
As you can see, it depends on your use case. For example, if Minecraft players are playing at FPS and enable VSync on a 60Hz monitor, the frames per second will be locked to 60, meaning a significant drop in frames compared to before. This exact issue is what causes screen tearing in the first place when a graphics processing unit GPU is displaying frames too quickly compared to what the monitor is capable of keeping up with.
New User posted their first comment. Log in. Minecraft Feature. Minecraft has tons of video settings, and V-Sync can be useful at preventing one particular graphical error Image via Mojang. Modified 26 Sep Feature. What is Friendly Fire in Minecraft? What is a respawn anchor in Minecraft? What is the best way to fish in Minecraft? Edited by Yasho Amonkar
0コメント