In Ark, you can turn on “Vsync mode”. It will automatically save your game when the game detects attempts to shut down or reboot. This feature will prevent you from “dashboarding out”, a process that will result in a loss of 30 frames per second. Activating this mode will improve your FPS by up to 30%. Depending on your gaming computer, you can choose between Adaptive and G-Sync vsync modes.
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Adaptive vsync mode
Adaptive vsync is a technique used to match the frame rate of the video card with the refresh rate of the monitor. During gameplay, vsync works to buffer frames until the game engine can properly display them. If you experience input lag, you may need to disable this feature. To enable it, you need to enable the setting at the graphics card driver level.
Adaptive vsync works on the Xbox 360 and PlayStation 3. It limits the GPU’s output to ensure that the game starts smoothly. Usually, developers will opt for smoother over prettier. It’s also helpful for minimizing input lag. In Ark, Adaptive-Sync helps the game start smoothly. It’s an option in the Path Finder Update, which addresses bugs and performance issues.
Adaptive vsync is cross-gen supported and is compatible with the GeForce GTX video card. If you’re running a GeForce graphics card, you can enable it globally or in each game. First, make sure you’re running the latest GeForce drivers. Next, navigate to the GeForce control panel and find the Adaptive VSync option.
G-Sync
For those who are concerned with input lag, V-Sync is a great option. This feature offers seamless frametimes and aligned frames. Its downside is that it may cause screen tearing and requires extensive customization of the GPU and system. However, it is a worthy investment for fans of gaming. To learn more about V-Sync, read the BlurBusters G-Sync 101 article.
The ‘G-Sync’ feature was created by Nvidia to help combat screen tearing and jittering while playing games. It is an excellent addition to a high-end gaming monitor and is especially important for FPS games. While it may be difficult to match monitors with GPUs, it is relatively straightforward once you know how they function. For PC users, G-Sync and FreeSync are available on the vast majority of devices.
The game’s performance is often not very impressive. Its poor performance is often the result of a poorly optimized game and insufficient QA support. It has not been supported by the same level as AAA games. Despite this, ARK still has a strong fan base and many people are willing to give it a try. The game’s low FPS is an indicator that the game is underoptimized. Even the best PCs struggle to play it at 60 FPS on 4K Epic settings, and it varies between forty to fifty frames per second.
Freesync
One reason for using a monitor that supports VSync is the ability to play games without noticeable input lag. While this can be a problem in some games, most single-player and competitive FPS games don’t exhibit this problem. In addition, a higher-resolution monitor will likely reduce input lag. If you’re unsure whether your monitor supports VSync, check its manufacturer’s website to see if it supports it.
When you’re using a monitor with Vsync, the video card will synchronize the frame rate on the display to the refresh rate on the monitor. The benefits of this are aligned frames and an unlimited number of frames per second. However, you might experience some issues with input lag and stuttering if you disable Vsync. To solve these issues, consider using triple buffering.
A third issue is tearing. Using vsync can also increase input lag, making the hardware unusable. Consequently, it’s recommended to disable vsync on your monitor unless it’s absolutely necessary. While tearing and rapid frame rate climbs are often unintended effects, they’re often not worth the additional cost.
