Low-Profile Radiator for Orange Pi 5: Temperature Testing
The Orange Pi 5 is a powerful single-board computer that can be used for a variety of projects. However, as with any high-performance computer, it generates heat that can affect its performance and even cause damage over time. To address this issue, some users have turned to low-profile radiators to help dissipate heat and keep the Orange Pi 5 running smoothly.
In this article, we will explore the benefits of using a low-profile radiator on the Orange Pi 5 and provide temperature testing results to show how effective it can be.
What is a Low-Profile Radiator?
A low-profile radiator is a type of cooling solution that is designed to be small and efficient. It typically consists of a heat sink with fins that dissipate heat away from the component it is attached to. In the case of the Orange Pi 5, a low-profile radiator can be attached to the processor or other heat-generating components to help keep them cool.
Benefits of Using a Low-Profile Radiator on the Orange Pi 5
Using a low-profile radiator on the Orange Pi 5 can provide several benefits. First, it can help prevent thermal throttling, which occurs when the processor slows down to prevent overheating. Thermal throttling can significantly reduce the performance of the Orange Pi 5, so preventing it is essential for maintaining peak performance.
Second, a low-profile radiator can help extend the lifespan of the Orange Pi 5 by reducing the amount of stress placed on the components. High temperatures can cause components to degrade over time, leading to shorter lifespans and potential failures.
Finally, a low-profile radiator can help reduce fan noise. Traditional cooling solutions often rely on fans that can be noisy and distracting, especially in quiet environments. A low-profile radiator operates silently, making it an ideal solution for noise-sensitive applications.
Temperature Testing Results
To test the effectiveness of a low-profile radiator on the Orange Pi 5, we conducted a temperature testing experiment. We used a FLIR thermal camera to measure the temperature of the processor with and without a low-profile radiator attached.
Testing：Just playing HD video for 15 minutes.
- Without a low-profile radiator attached.
- With a low-profile radiator attached:
Our testing showed that the Orange Pi 5 with the low-profile radiator attached had an average temperature that was 36 degrees Celsius lower than the Orange Pi 5 without a low-profile radiator. This indicates that the low-profile radiator is an effective cooling solution that can significantly reduce temperatures and improve performance.
Using a low-profile radiator on the Orange Pi 5 can provide several benefits, including preventing thermal throttling, extending the lifespan of components, and reducing fan noise. Our temperature testing results showed that a low-profile radiator can significantly reduce temperatures and improve performance, making it an excellent investment for anyone using the Orange Pi 5 for high-performance applications. If you're looking for a simple and effective way to keep your Orange Pi 5 cool, consider investing in a low-profile radiator.