Why does my Gaming Laptop have low fps when playing games?  A Gaming Laptop is designed to handle intensive tasks such as playing games or video editing. Gaming Laptops are typically more expensive than regular laptops. Find out the answer from the question above by reading this article until the end. In this blog, we also have an article about how to choose gaming laptop that you might want to read about it.

Gaming laptops are built for high performance. They have dedicated graphics cards, high-speed processors, more RAM, and advanced cooling mechanisms. On the other hand, normal laptops have average performance hardware that is built with efficiency in mind rather than performance.”

Eustace, author from Techusersguide.com

What is frame rate?

The frame rate is the number of frames, or images, that are shown in a second. The frame rate is measured in frames per second (fps).  The higher the frame rate, the smoother the video will appear. Most film and TV productions use 24fps.. Each frame is displayed for 1/24 second, thus running 24 frames a second. This is why films run at a speed of 24fps. So if the video is recorded at 60fps, it would be twice as smooth as recorded at 24fps.

Why is frame rate important in gaming?

Frames per second (fps) is a measure of how many frames are drawn in a second. The higher the frame rate, the smoother the animation will appear. The frame rate is the number of frames per second and is typically measured in frames per second (fps) or frames per second (Hz ).

A game running at 60 fps appears to be smoother than a game running at 30 fps (assuming both games have the same frame display time). Gsync This is Nvidia’s proprietary method of reducing screen tearing during gaming, which is caused by the video card not being in synch with the monitor.

How is frame rate affected by my Gaming Laptop?

Frame rate is one of the most important components in the gaming world. It is the speed at which images are shown on your screen when you are playing a video game. The higher the frame rate, the smoother the animation. The frame rate is calculated by the number of frames shown per second . 60 frames per second is considered to be the best frame rate for normal gamers. If you have a 144 Hz monitor, you will be able to see a maximum of 144 frames per second.

The reason why the monitor you are purchasing should have higher frame rates is to give you the best gaming experience. . If you are playing a game that requires a lot of actions and movements per second, a 144Hz monitor will give you fluid gameplay. That’s why a 144Hz monitor is recommended for tournament and competitive games. Below, I will answer the question about why does my gaming laptop have low fps, so stay tune.

The best gaming laptop used to mean picking a bulky clam that you could barely describe as portable, due to only chunky “desktop replacements” having enough space under the hood for a worthwhile GPU.”

Dave James, author from PCGamer.com

Why Does My Gaming Laptop Have Low Fps (And How To Fix It)

Processes in the Background

First, check sure that no other applications are interfering with the process. Open Task Manager (CTRL+SHIFT+ESC), then click the CPU and Memory tabs to see if anything is using a substantial portion of your CPU or RAM (for instance, a web browser with dozens of tabs open).

Games should be updated.

Next, ensure that the game is up to date. Patches having significant performance affects are often released by developers, particularly early in a game’s life cycle. Enable automatic updates to avoid missing any.

Drivers should be updated.

You need update your drivers. To optimize for the latest games, new graphics drivers for both discrete and integrated GPUs are published on a regular basis. To get these drivers, use the manufacturer’s utility.

Fix the In game setting

• After installation, most games will automatically evaluate your PC and apply unique settings. However, if you’re reading this, you may have discovered that those settings don’t prioritize frame rate as much as you’d want. Here are a few typical settings to reduce (or eliminate) for noticeable performance gains.
• Shadow settings may include a variety of shadow mapping methods with varying performance impacts, ranging from CPU-intensive shadow volumes to GPU-intensive approaches like as ray tracing, which calculates all of the rays originating from each individual light source. These approaches smooth out sawtooth edges, precisely reflect the forms producing shadows, and assist shadows in matching the motions of their source.
• Turning these parameters up will result in smoother shadows, while keeping them at medium or low may result in frame rate increases with minimal obvious influence in fast-paced games.
• Anti-aliasing (AA) smoothes down the jagged edges (also known as “aliasing”) that occur on digital objects consisting of square pixels. Anti-aliasing algorithms use onscreen pixel samples to approximate the right color of surrounding pixels, then fill in the gaps to smooth out sawtooth edges.
• Reducing the amount of samples collected (for example, from 4x to 2x) is a smart initial step toward improving performance. Look for AA approaches that the game describes as being less GPU-intensive: FXAA, for example, has less of an effect than MSAA. Whether you’re still seeing performance issues, consider turning off AA entirely and seeing if the jagged edges are bothersome.