The Precision Skived Fin Heatsink is an advanced thermal solution designed for high-power GPU, CPU, and AI computing applications. Manufactured using high-precision skiving technology, the ultra-thin fins achieve a thickness range of 0.06 ~ 0.20 mm, enabling an extremely high fin density within a compact cooling structure.
The skived fin structure is directly brazed onto liquid cooling cold plates or water-cooled bases, creating an integrated heat dissipation module. When coolant flows through the densely packed fin channels, the enlarged surface area and optimized flow path significantly enhance the convective heat transfer coefficient, delivering exceptional thermal performance.
With a tested heat flux capability of up to 214.82 W/cm², this solution is ideal for next-generation high-performance computing, AI servers, GPU accelerators, and other high heat flux electronic systems
| Part Number | RX616-035-00 |
|---|---|
| Length | 49.1 |
| Surface | A1 Degreased |
| Width (mm) | 38.4 |
| Height (mm) | 4.6 |
| Fin Thickness(mm) | 0.2 |
| Fin spec | 0.2 |
| Material | Copper C1100 / C1020 |
| Processing | Skived Fin |
The Precision Skived Fin Heatsink is an advanced thermal solution designed for high-power GPU, CPU, and AI computing applications. Manufactured using high-precision skiving technology, the ultra-thin fins achieve a thickness range of 0.06 ~ 0.20 mm, enabling an extremely high fin density within a compact cooling structure.
The skived fin structure is directly brazed onto liquid cooling cold plates or water-cooled bases, creating an integrated heat dissipation module. When coolant flows through the densely packed fin channels, the enlarged surface area and optimized flow path significantly enhance the convective heat transfer coefficient, delivering exceptional thermal performance.
With a tested heat flux capability of up to 214.82 W/cm², this solution is ideal for next-generation high-performance computing, AI servers, GPU accelerators, and other high heat flux electronic systems.
Ultra-Thin Skived Fins
High Heat Flux Performance
Copper Material for Brazing Compatibility
Integrated Liquid Cooling Structure
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