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CPU heatsink Supermicro SNK-P0076V with 4U form factor and 80mm cooling fan
Supermicro SNK-P0076V is a CPU heatsink engineered for use in 4U server chassis. It combines a compact low-profile heatsink body with an integrated 80mm cooling fan to provide directed airflow over server processors. The design is intended to fit the spatial constraints of 4U rackmount systems while delivering consistent thermal transfer and active cooling for continuous server operation under load.
The heatsink's 4U-compatible profile allows installation in taller rack chassis where vertical space and airflow patterns differ from smaller form factors. An 80mm fan delivers targeted airflow across the fin array to remove heat from the CPU surface, improving temperature stability during sustained workloads. The component is compatible with common server mounting arrangements and is suitable for replacement or upgrade scenarios in data center equipment.
Turn off and unplug the server before beginning installation. Remove the server cover to access the CPU socket and existing cooling assembly. Detach the previous heatsink according to the server manufacturer's instructions, clean the CPU heatspreader surface with an appropriate solvent, and apply a thin, even layer of thermal interface material. Position the Supermicro SNK-P0076V over the processor and secure it using the server's standard mounting mechanism, ensuring firm and even contact. Reconnect the fan power connector to the appropriate header on the server motherboard or fan controller, reassemble the chassis, and power the server on. Verify fan operation and monitor CPU temperatures during initial operation to confirm correct installation.
Ensure the fan connector is compatible with the server's fan header voltage and monitoring system. Maintain clear intake and exhaust paths in the chassis to preserve airflow effectiveness, and periodically inspect the fan and fin array for dust accumulation. Replace thermal interface material during each reinstallation or after extended service intervals to maintain optimal thermal transfer.
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