As a gamer, you know the importance of having a reliable graphics processing unit (GPU). But what about the fans that keep your GPU cool?
A GPU Fan is basically a cooling device for your Graphics Processing Unit. Many newer GPUs come with their own built-in fan, but you can also purchase aftermarket GPU fans to improve cooling even further.
There are a few things you need to keep in mind when testing GPU fans. Here, we’ll go over how to test GPU fans and what factors you should consider.
Different Ways To Test GPU Fans:
There are a few different ways that you can go about testing GPU fans.
Method 1 – Use Software To Test Your GPU Fan’s RPM:
If your graphics card has its own fan, then you can use software like HWMonitor or Speccy to check and see what the fan speed is currently set at.
To do this, simply download and install the software, launch it, and then look for the “fan speed” section.
Method 2 – Use A Physical Tachometer:
Another way to test your GPU fan’s RPM is to use a physical tachometer. A tachometer is a device that measures the speed of rotation of an object.
To use a tachometer, simply place the sensor on the outside of the fan blades and then hold it there while the fan is running. The tachometer will then give you a reading of the RPM.
Method 3 – Use A Stopwatch:
If you don’t have access to a tachometer, then you can also use a stopwatch to test your GPU fan’s RPM.
To do this, simply start the stopwatch and then count how many times the fan blades go around in one minute. You can then use this number to calculate the RPM.
Method 4 – Stress Test Your Graphics Card:
This will cause the GPU to heat up and the fan to spin faster in order to try and cool it down.
There are a few different ways that you can stress test your graphics card, but we recommend using Furmark.
Furmark is a free and easy-to-use stress testing tool for GPUs. To use Furmark, simply download and install it, launch it, and then click on the “Start” button.
Furmark will then start to stress test your Best GPU.
You can monitor the fan speed in the software itself or by using one of the other methods we’ve listed above.
Factors To Consider When Testing Your GPU Fan:
There are a few different factors that you need to keep in mind when testing your GPU fan.
Here, we’ll go over what those factors are and why they’re important.
The Type of Fan:
There are two main types of GPU fans: blower fans and radial fans. Blower fans are typically used on reference cards, while radial fans are used on aftermarket cards.
The type of fan can affect the cooling performance of your card, so it’s important to keep that in mind when testing.
The Size of The Fan:
Another factor to consider is the size of the fan. GPU fans come in a variety of sizes, and the larger the fan, the more airflow it can provide.
This means that a larger fan can potentially cool your card better than a smaller one.
The RPM, or revolutions per minute, is another important factor to consider. The higher the RPM, the faster the fan is moving and the more airflow it’s providing. This means that a higher RPM can potentially cool your card better than a lower one.
The Noise Level:
Last but not least, you also need to consider the noise level of the fan. GPU fans can range from virtually silent to quite loud, and the noise level can be a major consideration for some people.
Another factor you need to take into account is the airflow of the fan. Most graphics cards will come with their own built-in fan, but you can also purchase aftermarket GPU fans to improve cooling even further.
When testing your GPU fan, it’s important to keep in mind all of these factors. By doing so, you can ensure that you’re getting the most out of your fan and that your graphics card is properly cooled.
In The End:
We hope this guide has helped you learn how to test your GPU fan. To test your GPU fan, you need to keep in mind the type of fan you have, the size of the fan, the RPM, and the noise level. You should also take into account the airflow of the fan. All of these factors can affect the cooling performance of your card.
By keeping all of the factors we’ve listed in mind, you can ensure that your card is properly cooled and that your fan is working as it should. If you have any questions or comments, feel free to leave them below!