Ψύκτρα αέρα Supermicro SNK-P0063AP4

This CPU heat sink is designed for Supermicro H11 generation 2U and larger servers that use AMD EPYC™ 7000 series processors. The Supermicro SNK-P0063AP4 air cooler is a tested and validated cooling solution from the manufacturer, engineered to provide consistent heat dissipation and support system stability in rack-mounted server environments.

Advantages

The SNK-P0063AP4 offers a compact grey air-cooling design compatible with Socket SP3 systems, delivering reliable thermal management validated by Supermicro for compatibility with H11 generation servers. Its form factor suits constrained 2U and larger server chassis while maintaining effective airflow and heat transfer for EPYC™ 7000 series CPUs.

Suitable for

• Supermicro H11 generation 2U and larger rack servers
• Systems with AMD EPYC™ 7000 series processors
• Server builds requiring a validated, manufacturer-approved air cooler

Key specifications

• Model: Supermicro SNK-P0063AP4
• Type: Air cooler
• Supported processor socket: Socket SP3
• Compatible processors: AMD EPYC™ 7000 series
• Product colour: Grey
• Manufacturer validation: Tested and validated by Supermicro for H11 generation servers
• MPN: SNK-P0063AP4
• EAN: 672042304127

How to use

Install the SNK-P0063AP4 according to Supermicro’s server assembly instructions for H11 generation 2U (or larger) chassis. Ensure the server is powered off and disconnected from power before installation. Align the heat sink with the Socket SP3 mounting points on the motherboard, secure it following the indicated torque and sequence from the vendor documentation, and reconnect any required fan or system monitoring connectors. After installation, confirm BIOS/firmware settings for fan control and verify proper temperature readings under idle and load conditions.

Recommendations

Use this air cooler only in compatible Supermicro H11 generation server models and with AMD EPYC™ 7000 series processors. Follow Supermicro’s validation notes and maintenance guidelines for airflow clearance, dust management, and periodic checks to maintain cooling performance.