Jäähdytyssiili Supermicro SNK-P0063P

The Supermicro 2U Passive CPU Heat Sink Socket OLGA4094 (SNK-P0063P) is a metallic, passive heatsink engineered for Supermicro 2U and larger server platforms using AMD EPYC 7000 series processors. It provides a durable structure and a fin-array design that promotes airflow through the server chassis to dissipate heat from the CPU without an integrated fan.

Advantages

This passive heatsink offers a high thermal capacity with a specified Thermal Design Power (TDP) rating of 180 W and is compatible with Socket SP3 processors. Its robust metallic construction ensures long-term durability and effective heat conduction. The low-profile 2U form factor is suitable for rack-mounted server configurations, and the passive design eliminates additional fan noise and moving parts.

Suitable for

• Supermicro 2U and taller server chassis
• Systems populated with AMD EPYC 7000 series processors
• Rack-mounted servers where passive cooling and reduced noise are required
• Server and workstation builds using Socket SP3 motherboards

Key specifications

• Type: Passive metallic heatsink
• Thermal Design Power (TDP): 180 W
• Supported processor socket: Socket SP3
• Form factor: 2U passive heatsink for rack servers
• Colour: Metallic

How to use

Install the heatsink onto a compatible Supermicro motherboard with a Socket SP3 CPU according to the server manufacturer's mounting instructions. Ensure proper contact with the processor by applying an appropriate thermal interface material before seating the heatsink and secure it with the specified retention mechanism. Because the unit is passive, plan for adequate chassis airflow from system fans or external cooling to move heat away from the heatsink fins.

Recommendations

Use this heatsink in server environments that provide directed airflow across the heatsink fins; verify system airflow and ambient temperature to ensure the combined cooling solution meets processor thermal requirements. Replace thermal interface material when reinstalling or after prolonged service time and follow Supermicro installation guidance for 2U server configurations.