Heatsink/Radiator Supermicro SNK-P0058PSU

The Supermicro SNK-P0058PSU heatsink is designed for Supermicro X10 generation 2U Ultra servers and is compatible with Intel Xeon E5-2600 series processors. Manufactured and validated by Supermicro, this metallic CPU radiator provides reliable thermal management for server environments and is intended for high-density rack systems where efficient cooling is required.

Advantages

The SNK-P0058PSU offers tested compatibility with Supermicro X10 generation 2U Ultra server platforms and Intel Xeon E5-2600 CPUs. Its metallic construction provides efficient heat dissipation and stable performance under continuous server loads. The part is an OEM-validated solution, ensuring fit, mounting compatibility, and dependable cooling performance in supported systems.

Suitable for

• Supermicro X10 generation 2U Ultra servers
• Systems using Intel Xeon E5-2600 series processors
• High-density rack servers and data center deployments
• Server maintenance, replacement, or refurbishment tasks

Key specifications

• Manufacturer: Supermicro
• Model / MPN: SNK-P0058PSU
• Compatible platforms: Supermicro X10 generation 2U Ultra
• Compatible CPUs: Intel Xeon E5-2600 series
• Type: Metallic CPU heatsink / radiator

How to use

Install the heatsink on the designated CPU socket according to the Supermicro server service manual for X10 generation 2U Ultra platforms. Ensure the CPU and heatsink contact surfaces are clean and apply the appropriate amount of thermal interface material if required. Secure the heatsink using the server's mounting mechanism and verify proper seating and retention. After installation, power on the server and monitor CPU temperatures to confirm correct operation.

Recommendations

Use this OEM Supermicro heatsink as a direct replacement or spare part for supported X10 generation 2U Ultra systems. Always follow Supermicro installation and safety instructions, use compatible thermal paste, and confirm firmware/BIOS cooling settings after replacement to maintain optimal thermal performance.