size: 1.57"x1.02"x0.16" ultra-thin design, Copper Heatsink Kit specifically engineered for tight spaces with a minimal 1.5mm height to ensure compatibility inside laptops and compact devices.
Material: small heatsink made from high-purity copper for high thermal conductivity.
Application: Copper heatsinks universally compatible with M.2 SSDs in laptops and PS5. M.36 Heatsink ideal for popular models like Samsung . Also effective for providing auxiliary cooling to other chips like GPU VRAM, VGA RAM and so on.
Cooling effect: Under normal circumstances, it has a cooling effect of 10-20 ° C, but actual data is affected by the environment. To avoid overheating and throttling, the M.36 SSD should be cooled to a safe temperature.
Copper heatsinks maintain a uniform large size of 40mm x 31mm, effectively covering larger chip surfaces (such as laptop motherboard chipsets, some graphics card chip backs) or used as a heat spreader, with a wide range of applicable scenarios.
وصف
Size:1.57"×1.02"×0.16"inch.
Material: High-Purity Copper.
This ultra-thin heatsink is engineered to manage heat in compact, high-performance electronics:
For Computers: Aids in reducing heat buildup for M.2 NVMe/SATA SSDs during extended workloads such as gaming or content creation.
For Gaming Consoles: Helps improve thermal dissipation for the internal SSD in modern consoles following a storage capacity upgrade.
For Additional Components: Can be applied as a supplementary cooler for various chips, including GPU VRAM and other integrated circuits on motherboards or expansion cards.
During intensive operations, high temperatures can cause components like SSDs to reduce speed, a mechanism known as thermal throttling. This cooling kit is designed to address this:
Heat Reduction: The copper base efficiently absorbs heat, and the graphene coating aids in spreading it. This process can help lower operating temperatures to support consistent performance.
Thermal Management: Maintaining a cooler operating environment is beneficial for the sustained operation of electronic components.
Note: All references to device types are for descriptive purposes of potential application scenarios only.