DIFFERENT FPS CONTROL METHODS (2024)

FAQs

What controls the FPS? ›

Factors that can affect frame rates include hardware—such as the size and speed of the RAM, graphics card type, and amount of VRAM—as well as settings like anti-aliasing, resolution, and texture quality.

Rivatuner Statistics Server (RTSS) is a popular FPS limiter. It is also regarded as one of the best FPS limiters on the market. It is a small utility that can limit FPS and monitor frame rate with On-screen display. RTSS is a CPU level FPS limiter.

Frame rate options are 24 or 30, 60, 120 and 240. 24 or 30 is determined by the “base frame rate” Use 60fps for slow, 120fps for very slow, 240fps for extreme slow motion. Shoot slow motion for specific effects, like action shots, smooth moves, or slowing down a peak moment.

Though it may seem counterintuitive, limiting FPS can provide numerous advantages for your gaming PC, laptop, or custom PC. These benefits include reduced power consumption and heat generation, optimized system resource allocation, and enhanced stability and performance.

If your FPS is able consistently stay above your monitors refresh rate leave them uncapped. If your FPS dips under your monitors refresh rate consistently cap 1-2 fps under that refresh rate.

Second, high fps can cause more heat and noise from your PC components, which can affect their lifespan and performance. Third, high fps may not be noticeable or beneficial if your monitor's refresh rate is lower than your fps.

Will increasing my FPS improve my gaming performance? Generally speaking, yes. A higher frame rate means that everything within a scene will appear smoother as it requires less time to render each frame resulting in a faster overall performance and better gaming experience overall.

Does FXAA affect FPS? ›

One major drawback of FXAA is its performance impact on gaming systems. The algorithm used by FXAA requires more graphical processing power than other types of anti-aliasing and may cause slower frame rates or lagging on lower end machines.

The CPU's main source of memory is RAM, so faster RAM means better performance. However, you shouldn't expect that much more performance with XMP, AMP, or EXPO enabled. A 10% boost to your framerate would be a relatively high gain in most games, and this is simply because RAM isn't all that important most of the time.

RAM will boost your system's responsiveness and improve frame rates. The exact amount of memory you will need for gaming will be determined by the type of games you want to play and if you need to use any other applications at the same time.

There are many reasons why the system has a low FPS, including outdated GPUs, insufficient RAM, high in-game settings, underpowered CPUs, and slow HDDs. The best way to resolve these issues is to identify the specific bottleneck in the system and address it through hardware upgrades or in-game settings adjustments.

It depends from game to game. The majority of multiplayer FPS games now rely very little on the CPU compared to the GPU because many of them have simple physics and their game worlds are typically static aside from the player characters themselves or a few interactive pieces.

Optimizing frame rates

While the GPU is responsible for rendering frames, the CPU instructs the graphics processing unit about what it needs to generate. A balance between the CPU and GPU's performance is crucial to reducing potential bottlenecks and achieving optimal frame rates.

The bottleneck effect occurs in your computing system when there is a disparity in your CPU and GPU. This reflects that it is important that there is a balance between your CPU and GPU. If any of these components are not performing efficiently. Your FPS will drop significantly.

Although it won't have as profound an effect as upgrading the processor or graphics card, faster RAM can improve game performance and frame rates. Performance improvements vary from game to game: some see a noticeable boost, while others are barely impacted.