FPS Test

Number Of Test:

Speed

Pixels Per Second

Frame rate refers to the number of individual frames or images displayed per second in a video or animation. It is a measure of how smoothly motion appears in a sequence. Frame rate is typically expressed in frames per second (FPS), indicating the number of frames displayed in one second.

The FPS test is an AI-based FPS counter tool available online to count the number of frames per second users receives on their screens. It aids users to compare and distinguish between various frame rates required for convenient gaming and streaming video sessions.

Pick the number of tests and speed in pixels per second from the provided input section. More the number of tests, precise will be its comparison.

For instance, consider 750 pixels per second screen along with the lower frame rates of 500 and 250 pixels per second, which are compared and displayed on your system, providing you with the variation in different frame rates.

The FPS Tester tool provides users with a criterion to estimate the hardware's gaming performance.

Find us on Google with fpstest.org

Select the number of frames to test

Modify Frames Speed in Pixel Per Second

Compare Your Monitor FPS with Real-time Results

UFO test is the first-ever website that introduced the concept of testing the frames per second of a user's device. This helpful tool displays your device's frame rate, refresh rate, pixels per frame, and pixels per second.

Aside from the FPS test, it provides multiple other tools for your device, such as the ghosting test.

The difference between frame rate and refresh rate lies in its point of origin. Frame rate denotes the frequency with which consecutive images are captured or displayed. It is a combination of the user's graphic card and processor.

Refresh rate, however, denotes the number of frames a monitor can refresh every second. Refresh rate and frame rate hugely impact your gaming performance. Both FPS and refresh rate need to be high to ensure a smooth gaming performance.

You will not be able to experience optimal performance if you have a lower refresh rate and a higher FPS or vice-versa. For an optimal visual experience, the refresh rate of the display should approximately be equal to the maximum FPS.

Additionally, the frames per second and refresh rate should always remain in sync to prevent situations such as screen tearing and motion blur.

A higher fps makes your animation much smoother to appear. Consider three videos, each at 144Hz, 72Hz, and 36Hz FPS, and test them. Users will notice that the video at 36 FPS/Hz appears to be gloomy to the eyes with a noticeable gap in video quality due to latency.

Whereas the 144 FPS/Hz video seems smoother and faster, providing a pleasant viewing experience. The smoother animation due to high FPS enables easier target attacking.

Ghosting is a phenomenon in which users notice an effect where the shadowy previous image frame stays for a few more seconds even after moving to the next frame.

It occurs due to the higher response time that consumes more time to update a new image. Hence, having a higher FPS has a lower response time which demolishes the ghosting effect.

Tearing is nothing but the occurrence of different frames at the same time resulting in an image shift on the screen. The actual cause of tearing is the FPS rate not matching the display's Hz.

When tearing occurs, it seems like one of the parts of the image is moved forward, and the other part is left behind, resulting in a disturbing viewing experience.

As the travel distance between two frames is less in a high FPS, it produces a small amount of tearing. This smaller tearing effect lets players stay focused on winning the battle.

Manier times, gamers observe latency while playing games and consider it as a network lag, but this latency is due to the time consumed by the information from your PC to reach the game station and then back to your PC.

The source of the system latency is its frame rate. A higher FPS displays frames much faster, resulting in lower system latency. Besides this, lower FPS takes a longer time to process the frame and displays it much later, resulting in higher system latency. Hence, a higher FPS is essential for lower system latency making your gaming session more responsive.

Here are some of the most popular FPS types that users should know about.

30 frames per second rate is recorded for live TV broadcasts and other shows. It makes the entire event look much more realistic. Consoles and lower-end PCs use 30 FPS for single-player gaming. Gaming enthusiasts who wish to have a cinematic experience can consider this setting.

Most PCs and console games use 60 FPS. Competitive multiplayer and animation games use this frame rate. It helps to reduce the choppiness and gives a detailed look to the gaming video

This frame rate produces a slow video. Only devices with 144-165 Hz refresh rates can utilize 120 FPS. Using this frame rate, competitive gamers with high-end PCs play fighting games that require a lot of rapid movement.

Capturing videos at 240 FPS requires you to have high-end PCs. Professional gamers generally use this FPS to boost their gaming performance.

What makes this tool most popular is its ability to check all types of display devices players have, right from your PC, IOS to android.

The easily-adaptable user interface of our FPS counter tool provides it an edge over other available online tools.

Get 100% accurate and quick results at your fingertips using our tool.

Our FPS tool eliminates the need to install third-party software. Users can test their FPS and make their gaming sessions more responsive by taking our FPS test online.

Following are the easy ways to boost your FPS in-game.

The simplest and most convenient method to enhance your FPS in games is by updating your graphic card drivers, which keeps you updated with the new features and optimizes your gaming sessions.

Besides updating your graphic card drivers, users can go for optimizing their game settings. Optimize the render distance and texture quality accordingly to boost the number of frames. Also, adjusting the resolution and HUD is an upscaling solution to boost your FPS in games.

Speeds of RAM and memory capacity have a huge impact on your gaming performance. To boost the speed, over clocking of RAM is essential to modify its specific parameters enabling it to operate at a greater speed.

To fix the latency and ghosting issues, defragmentation of your hard disk is vital. Defragmenting your Hard disk once a month speeds up the access time and empties the space on the drive. There is no need for defragmentation unless you are using the high-capacity SSD for gaming.

Navigate to the settings of the game. Head to the in-game options in the settings. You can display the FPS of your game through the in-game FPS counter situated in the dropdown menu.

60 FPS is the ideal frame rate to go for. Games running at this framework are more smooth and responsive.

60 FPS is a preferred frame rate for TV and video games.

This frame rate makes the game more responsive and provides an excellent overall gaming experience. 60 FPS is the optimal frame rate for competitive professional gamers.

Most games are playable if their frame per second rate is between 30 and 60 FPS. Most standard screens can display a maximum of 60 FPS.

30 FPS is the minimum frame rate required to make a game playable. Anything below this can appear unstable, and users will find it difficult to have a smooth gaming experience.