Adam Strickfaden

Part Category: Cooling

  • Cisco UCS C220 M5 Heatsink 74-115410-01

    Cisco UCS C220 M5 Heatsink 74-115410-01

    Heatsink found in the Cisco UCS C220 M5 1U server.

    Notes

    • Genuine Cisco OEM passive CPU heatsink designed for the Cisco UCS C220 M5 Rack Server.
    • Provides thermal dissipation for Intel Xeon Scalable processors used in the C220 M5 platform.
    • Mounts directly over the CPU socket using the factory retention mechanism.
    • Required for proper CPU cooling and reliable operation under server workloads.
    • Designed to work with the C220 M5 airflow system and internal fan layout.
    • Passive heatsink design relies on the server’s high-pressure chassis airflow for cooling.
    • Must be installed with the correct thermal interface material (TIM/thermal paste or pad) between the CPU heat spreader and heatsink.
    • Different heatsink variants may exist depending on processor TDP and system configuration.
    • Commonly removed during CPU upgrades or server decommissioning and may be sold separately.
    • OEM Cisco heatsink ensures correct mounting pressure, clearance, and compatibility with surrounding components.
    • Does not include CPU, thermal compound, processor carrier, or mounting hardware unless specifically specified.
  • Supermicro FAN 0118L4

    Supermicro FAN 0118L4

    High performance Supermicro fan found in a few of their 2U X11 servers.

    Notes

    • High-performance 80mm server cooling fan designed for Supermicro rackmount chassis.
    • Uses a 4-pin PWM-style connection for fan speed monitoring and control.
    • Designed for high-airflow server environments where component density requires strong cooling.
    • Commonly installed in the middle fan bank of Supermicro chassis.
    • Supermicro validated replacement fan for supported chassis platforms.
    • High RPM design provides strong airflow but produces significant acoustic noise.
    • Replacement should match the original fan specifications to maintain proper thermal performance and IPMI fan monitoring.
    • Compatible with Supermicro chassis fan assemblies using 80mm × 38mm high-performance fans.
  • MCP-310-82922-0N Right Air Shroud

    MCP-310-82922-0N Right Air Shroud

    This is the right CPU air shroud for select Supermicro servers.

    Notes

    • Right-side companion to MCP-310-82921-0N (left-side air shroud).
    • Helps ensure proper airflow over the processors and memory.
    • Should be installed whenever the server is operating to prevent elevated CPU and DIMM temperatures.
    • Supermicro support identifies MCP-310-82921-0N (left) and MCP-310-82922-0N (right) as the correct air shrouds for the SYS-6029U-E1CR4T platform.
  • Supermicro MCP-310-82921-0N LEFT Air Shroud

    Supermicro MCP-310-82921-0N LEFT Air Shroud

    This is a custom CPU cover for certain 2U servers from Supermicro. It functions like an air shroud and directs and funnels air straight to the CPU. The left CPU and right CPU have different molds of this shroud. This cover is for the left CPU.

    Notes

    • Designed specifically for Supermicro 2U chassis.
    • Required to maintain proper airflow over the processors and memory.
    • Removing or operating without the air shroud can significantly increase CPU and DIMM temperatures.
    • Typically installed with SNK-P0068PS CPU heatsinks in the supported systems.
  • HP DL 360 G10 Heatsink 873591-001

    HP DL 360 G10 Heatsink 873591-001

    High performance 1U heatsink pulled from an HP DL 360 G10 server.

    Notes

    • Passive heatsink that relies on the server’s high-airflow fan modules.
    • Compatible only with Intel Xeon Scalable (1st and 2nd Generation) processors using the LGA3647 socket.
    • Recommended for high-TDP CPU configurations where the standard heatsink (such as 873592-001) is not sufficient.
    • Not compatible with Gen9 or Gen11 HPE ProLiant servers.
    • Verify your server’s QuickSpecs or processor TDP requirements before substituting between standard and high-performance heatsinks.