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Are you wondering how to select a single fan and dual fan GPU for your PC? For your system, selecting a single fan or dual fan GPS is just as important as selecting a high-quality GPU. You need to know about the needs of your system and then select the GPU with single or dual fans.
As GPU fans play an important role in cooling down the system temperature and maintaining its performance. The older GPUs have only a single fan to control the system temperature and graphic card temperature. But now the modern GPUs come with both single and dual fans.
No doubt both GPU types are designed to cool down the system and enhance the GPU performance. But there are still some differences between them. In this article, we are going to know Single fan vs Dual fan GPUs and the differences among these GPUs.
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Top 5 Infographic points of Single fan vs Dual fan GPU
Pros and Cons of Single fan vs Dual fan GPUs
| Single Fan GPU | Dual Fan GPU | |
|---|---|---|
| Pros | Two fans provide better cooling performance. | |
| Small cases can benefit from a more compact design. | Lower operating temperatures due to more efficient heat dissipation. | |
| It is quieter because only one fan is required to operate. | Provides better overclocking potential and higher clock speeds. | |
| Cons | PC cases may require more space due to their size. | |
| Limited cooling performance, especially for high-end GPUs | As there are two fans, there may be more noise. | |
| Higher operating temperatures, which can affect performance and longevity | As a result of the extra fan and cooling features, this device may be more expensive. | |
| More prone to thermal throttling and reduced performance | If your GPU is at the lower end, a single fan may be sufficient. |
Difference between Single Fan vs Dual Fan GPU
To make a comparison of both single fan GPU and Dual fan GPU, we need to check out the differences between them. Many factors differentiate these GPUs from each other. Let us check out these differences before making the decision about which one is better.
Pricing
The first thing that we keep in mind before buying a hardware component for a system is our budget. We buy the components according to our budget and needs. The main factor that separates the single and dual fan GPUs from each other is their pricing. Single-fan GPUs are available at a lower price rate in the market as compared to dual-fan GPUs. It also depends on the GPU brand that you are going to buy.
This is why they have a single fan to control the system temperature and overheating. While in dual fans GPU, you will find two fans that work together to cool down the graphic card and PC while doing high tasks. In dual fan GPUs, the lighting is double, heatsink and thermal pads are big. That is why the price of dual fans GPU is higher.
Overclocking
Overclocking is also counted as a factor that differentiates the single fan GPUs from dual fan GPUs. Overclocking enhances CPU speed. If you are not satisfied with the default GPU speed set by the manufacturer, you can overclock the GPU. overclocking tends to make the GPU work at a higher speed and generate better output on the screen.
In overclocking the system increases faster and you may need to attach an extra GPU fan with it. A single-fan GPU does not allow you to overclock it. But with a dual fan GPU, you can overclock it because it can handle the temperature higher. Single-fan GPUs are unable to lower the temperature while overclocking.
Performance Rate
Performance is the second demand after pricing while buying a GPU for a system. Gamers prefer higher-performance GPUs to play high-end games and do video editing tasks. GPUs perform well when their temperature is in the optimal range and does not go high. To make the performance higher, GPUs need to control their temperature and overheating.
The single fan GPU cannot handle a high workload and bring the temperature to normal range. This is because they have a single fan with a small heatsink. While in dual-fan GPUs, you have two fans to handle the workload and control the temperature. That is why they give a higher performance rate than single-fan GPUs.
Noise While Spinning
As in single fan GPU, only one GPU handles all the tasks and temperature cooling work. So a GPU with a single fan has to spin as fast as possible. This is because in this way only it can handle the task in a better way. While spinning faster, the GPU single fan creates noise that is more than a dual fan GPU.
In a dual-fan GPU, two fans spin to control the heat and tasks on it. That is why they do not need to spin faster. In this way, the dual fan GPUs do not create noise like single fan GPUs. It works without creating noise on the system as compared to a single-fan GPU.
Functionality Rate
The functionality rate also differs from a single-fan GPU to a dual Fan GPU. In both GPUs, we find different types of air cooling systems. The single fan graphic card has an air-blower system while the dual fan GPU has an open-air system to cool down the GPU and system. Dual-fan GPUs have better functionality than single-fan GPUs because.
The single fan has to cool down the air and then pass it to the GPU by itself. It expels the cold air into the system and pulls out the warm air. In a Dual fan, both of the fans have to work to remove the warm air from the top and bottom of the casing.
Is Single Fan GPUs Bad?
Single-fan GPU is not bad and it depends on the needs and system workload. If you do not have a higher performance rate, overclocking and noise-free GPU, you can use a single-fan GPU. It works best in normal tasks and maintains the system cooling efficiently. The reason behind avoiding the single-fan GPU is that you do not want noise on the system while working.
If you are wondering about it, MSI single Fan GPU is the best performance and cooling system for your PC. You can play normal graphics games using a single fan GPU. But if you want to play intense graphics games on your PC, you cannot deal with it and need to use a dual-fan GPU. It is best if you want to keep more hardware components in the PC casing.
Conclusion
Each GPU needs the best cooling system to work efficiently on high graphics and videos. The above-stated differences show that dual fan GPUs are best in functions. High workloads on GPU need dual-fan on graphics cards to keep the temperature in limitation. Single-fan GPU can handle normal tasks and games to maintain system cooling. While intense graphics tasks and games need dual fan GPU on the system.
