Does Motherboard Affect FPS? A Comprehensive Guide

The frame rate of your PC game is expressed in frames per second (FPS). The more frames per second (FPS) a game can achieve, the better. So how exactly do these variables influence frame rate? And does motherboard affect FPS?

In this piece, we’ll address these concerns and share some advice for getting the most out of your gaming PC. Get going, then!

What is FPS, and Why Does it Matter?

The term “frames per second” (FPS) refers to the number of individual images in a film or animation shown in a single second. Because it may greatly affect the quality of the watching experience, it is a crucial parameter for video games, movies, and other multimedia material.

Paying attention to frames-per-second in video games is crucial because it can determine how fluid and responsive the experience is. Having a higher FPS makes the game look and feel more fluid and responsive, whereas having a lower FPS might cause stuttering, latency, and other difficulties that can be annoying.

The frame rate (or FPS) of a movie or other video content can alter how fast or slow the action seems. Most movies’ cinematic appearance and feel are achieved by filming at a frame rate of 24 frames per second. Nonetheless, some directors may opt for greater frame rates to create a more immersive or dynamic experience in particular moments or sequences.

How Does the Motherboard Affect FPS?

The CPU (central processing unit), GPU (graphics processing unit), and amount and speed of RAM (random access memory) in the system are the key components that determine FPS in games. More frames per second (FPS) and a more fluid experience can be achieved with a more robust central processing unit (CPU) and graphics processing unit (GPU).

Does motherboard affect FPS directly?

The answer is not. The FPS or performance of a computer is not directly related to the motherboard. CPU, graphics processing unit, and memory are the key determinants of frame rate in games. They’re responsible for analyzing game data and creating the visuals you see.

There is no need for a separate graphics card or CPU to run a video game. It’s merely a conduit for electrical current and information between these parts.

Simply upgrading your motherboard will not result in a noticeable performance boost. There are, however, a few cases that prove the rule wrong.

How can a motherboard affect FPS indirectly?

Although a motherboard has no direct effect on frame rate, it may have a knock-on effect due to several factors, including:

  • Optimization of the system bus: The system bus is another interface between the central processing unit and peripheral devices like RAM and hard drives. The greater the bandwidth of this connection (in MHz), the quicker information can travel between the two devices. If you do this, some games may load faster and run more smoothly.
  • PCI Express (PCIe) lanes are the interconnects between your graphics and central processing units. The faster data can be transmitted between your GPU and the rest of your system, the more PCIe lanes you need (often x16). In games heavy on the network, this can increase your frames per second (FPS).
  • Your motherboard’s reliability and lifespan are all impacted by the components it uses, such as capacitors, VRMs (voltage regulator modules), heatsinks, and more. Higher power consumption and heat dissipation are no problem for a high-quality motherboard. This can protect against overheating problems and performance throttling, which can reduce your frame rate.

Factors That Impact Gaming Performance

Gaming performance can be affected by several different things, including:

  • The Central Processor Unit (CPU) handles all the math and physics calculations for the game. Framerates and input lag can be enhanced by upgrading the CPU.
  • The graphics processing unit (GPU) renders the game’s graphics. Higher quality and more detailed graphics are possible with a more potent GPU, leading to a more satisfying visual experience.
  • RAM (Random Access Memory) is computer memory that temporarily stores information and media in a game. Increasing your memory is a great way to speed up your system and decrease load times.
  • Storage: Solid-state drives (SSDs) and other fast storage devices can assist in cutting down on load times and boost gameplay performance.
  • Overheating can degrade the performance of the central and graphics processing units. Optimal temperatures and performance can be preserved and even enhanced with the help of effective cooling solutions, such as sufficient airflow or liquid cooling.
  • Having the most recent drivers installed is always recommended, as this will ensure that your hardware is functioning at peak performance and will enhance your gaming experience.
  • One potential source of performance variation is the computer’s operating system, with some better suited to gaming than others.
  • Factors like latency and bandwidth can affect the performance of an online game’s connection.
  • Game Settings: Tweaking the game’s parameters, like resolution and graphics quality, can majorly affect frame rate and other metrics. Reducing graphical settings can help increase frame rates, but this usually comes at the expense of visual quality.
  • Using system resources by other applications running in the background might negatively impact gaming performance. Turning off unused applications can free up resources and boost efficiency.

Frequently Asked Questions about Motherboards and FPS

Can a better motherboard increase FPS?

The motherboard does not affect the frame rate. However, the performance of the CPU and GPU can be improved by upgrading the motherboard, which can have a knock-on effect on frames per second.

Does RAM speed affect FPS?

Particularly in CPU-bound games, RAM speed might affect the framerate. Increasing the speed of your RAM can help you transmit data more quickly, which can help you avoid slowdowns and run more efficiently. In some games, RAM speed can have a small but noticeable effect on frame rate.

Can an outdated BIOS affect FPS?

An out-of-date BIOS may have performance implications because it does not correctly support modern hardware or lacks optimizations designed to improve speed. Still, the effect on the framerate is usually negligible. Therefore BIOS updates should be avoided unless essential.

Can overclocking a motherboard improve FPS?

Overclocking can increase performance and, in theory, improve frames per second by boosting the clock speed of the central or graphics processing unit. Overclocking, however, has drawbacks, such as increased heat and decreased component lifespan, and should be undertaken with prudence and adequate cooling only.

Does the number of PCIe lanes affect FPS?

In multi-GPU configurations, the amount of PCIe lanes might affect framerates. More PCIe lanes mean less time waiting for data as it moves from the CPU to the GPU. Nonetheless, PCIe lanes rarely significantly affect frames per second and maybe imperceptible in some games.


In most cases, the frame rate (FPS) in games is unaffected by the motherboard. The central processing unit (CPU), graphics processing unit (GPU), random access memory (RAM), and storage are the main components that determine gaming performance.

But, the motherboard can affect FPS in a roundabout way by improving the overall performance of the CPU and GPU through means such as quicker data transfer, better power supply, and cooling.

Moreover, FPS can be affected by the architecture of the motherboard, which can guarantee the CPU and GPU are functioning at peak levels. The motherboard doesn’t directly affect a game’s frame rate, but it can help.

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