Msi Meg Coreliquid S360 Vs Be Quiet! Silent Loop 2: Which Cooler Is Quieter?

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Choosing the right liquid cooler is essential for maintaining optimal CPU temperatures while ensuring a quiet computing environment. The MSI MEG Coreliquid S360 and the Be Quiet! Silent Loop 2 are two popular options among enthusiasts. This article compares their noise levels to help you decide which cooler is quieter.

Overview of the MSI MEG Coreliquid S360

The MSI MEG Coreliquid S360 features a 360mm radiator with three 120mm fans designed for high airflow and low noise. It boasts a robust pump and advanced pump control technology to minimize noise during operation. Its sleek design integrates RGB lighting, appealing to gamers and modders alike.

Overview of the Be Quiet! Silent Loop 2

The Be Quiet! Silent Loop 2 is renowned for its exceptional silence. It features a 360mm radiator with three high-quality fans engineered for near-silent operation. The pump is optimized for quiet performance, and the entire design emphasizes noise reduction without sacrificing cooling efficiency.

Noise Level Comparison

In testing, both coolers perform admirably in maintaining low noise levels. The MSI MEG Coreliquid S360 operates at approximately 20-25 dB(A) under normal load, with peaks at higher loads. The Be Quiet! Silent Loop 2 consistently maintains noise levels below 20 dB(A), even under heavy CPU stress.

Factors Affecting Noise Levels

Several factors influence the noise produced by these coolers:

  • Fan quality and design: Higher quality fans tend to operate more quietly.
  • Pump design: Quieter pumps reduce overall noise.
  • Fan RPM: Lower RPMs produce less noise but may impact cooling performance.
  • Case airflow: Better airflow reduces the need for high fan speeds.

Conclusion

For users prioritizing silence, the Be Quiet! Silent Loop 2 is the superior choice, consistently delivering lower noise levels without compromising cooling performance. The MSI MEG Coreliquid S360 offers competitive noise performance but with slightly higher noise under load. Your choice should also consider other factors such as aesthetics, RGB features, and price.