Minimize Noise When Gaming with a Socket 370 CPU Cooling Fan
Keep your gaming computer cool without all the noise. Use a 370-pin CPU cooler for your Intel, Pentium, Cooler Master, or another computer processor in quiet or silent mode. Replace or repair your laptop or desktop CPU cooler.
What are a socket 370 heatsink and cooling fan?
This CPU fan cooler works with a variety of processors. It blows air onto your computer's CPU socket that houses your processor to keep it cool, and many of them will also help you boost your machine's performance and speed. Regulating this component of your device by using a CPU cooler will prevent damage to your motherboard, processor, and electrical lines. It will also help you preserve your memory, hard drive, video cards, and more.
What materials are used to make a heatsink and fan?
The heatsink is typically made of aluminum alloy, and the base contains copper and aluminum. The CPU fan is usually made of hard plastic, but the frame around some coolers is metal. You might even find a few with metal fins.
What heatsink and CPU cooler feature variations are offered?
You will find them in different dimensions for use with your specific computer build. They also have different voltage and performance capabilities. A heatsink and CPU cooler typically has one or more of these features:
- Hypro bearing: These typically are used for CPU coolers that measure at a minimum of 10mm. They usually also are for applications under 70 degrees. They are made of copper alloy, and they prevent fast wearing, which would occur using other types of bearings, O-rings, and washers.
- Molex connector: This attribute is built into CPU coolers that are physically compatible with some Intel and AMD 370-pin socket CPUs. However, they are made for socket 7 units produced by Pentium, AMD, and Cryix.
- Thermal resistance: The CPU cooler and heatsink combo typically regulates temperatures and contributes to heat dissipation. Copper heatsinks, in particular, allow heat to pass through them quickly, but aluminum also has this capability.
- Low-noise and silent modes: These variations in noise levels contribute to device performance stability and prevention of CPU burnout.
- Ball bearing: It consists of a ring with tiny balls inside of it to help turn the fan. A cooler with this bearing can run at about 45K hours in 70-degree temperature.
How do heatsinks and socket fans connect to a motherboard?
Many of them connect to a motherboard with a 3- or 4-pin connector. You might also find some that mount with push pins or screws, but the clip ones are often recommended. In some cases, you might be able to solder them onto your motherboard, but only if you know it has been tested for your unit.
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