Product description
The dual flow structure generated by Zalman’s patented dual blade increases the CFM by pulling the wind from the outside to the inside and increases the wind straightness to create a strong cooling performance. in addition, efficient airflow reduces noise. In order to minimize noise and vibration, we applied biomimetic technology with the motif of spider legs. The housing leg structure of 4×2 absorbs the noise and vibration generated by the rotation of the impeller, providing a stable and quiet user environment. FDB (Fluid Dynamic Bearing), which is higher than sleeve bearing, is a thin oil layer that minimizes friction caused by the rotation of the shaft to minimize noise and heat, providing quietness and 100,000 hours lifespan. By connecting to the motherboard, various colors and color synchronization can be achieved by dedicated software, which gives innovative solutions than the existing inconvenience and limited control environment.
The dual flow structure generated by Zalman’s patented dual blade increases the CFM by pulling the wind from the outside to the inside and increases the wind straightness to create a strong cooling performance. in addition, efficient airflow reduces noise. In order to minimize noise and vibration, we applied biomimetic technology with the motif of spider legs. The housing leg structure of 4×2 absorbs the noise and vibration generated by the rotation of the impeller, providing a stable and quiet user environment. FDB (Fluid Dynamic Bearing), which is higher than sleeve bearing, is a thin oil layer that minimizes friction caused by the rotation of the shaft to minimize noise and heat, providing quietness and 100,000 hours lifespan. By connecting to the motherboard, various colors and color synchronization can be achieved by dedicated software, which gives innovative solutions than the existing inconvenience and limited control environment.
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