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Ruth's sister

Ruth's sister 1U CPU Cooler 1366 Pin x58 Aluminum 3 Copper Tube

SKU CH-P81Z-NE52H

1U server passive heatsink for LGA 1366 sockets with three copper heat pipes and pure aluminium fins

  • Fits 1U server chassis with 1366 pin x58 socket
  • Pure aluminium body with three copper heat pipes for heat transfer
  • Passive radiator design suited to low-profile airflow paths
  • Compact small heatsink form factor for dense rack installations

1U Server Cooler for Socket 1366

This 1U CPU cooler fits the 1366 pin socket used by x58 platforms. A pure aluminium base and three copper heat pipes move heat away from the processor in a compact passive radiator. The low-profile design matches the height restriction of 1U server chassis. It is built for dense rack environments where airflow is directed by the system fans.

Suited for 1U x58 rack builds; not for taller cases

System integrators assembling 1U servers on the x58 platform can use this heatsink where a fanless, low-profile solution is required. Builders working in larger towers or with different socket types should look at other coolers that match their mechanical and mounting needs.

Highlights

  • Fits 1U server chassis with 1366 pin x58 socket
  • Pure aluminium body with three copper heat pipes for heat transfer
  • Passive radiator design suited to low-profile airflow paths
  • Compact small heatsink form factor for dense rack installations

Specifications

No published specifications for this item yet.

Questions about this item

How does the 1U height limit airflow when the cooler runs continuously in a server rack?

The 1U form factor leaves minimal clearance above the heatsink, so sustained loads rely on chassis fans pushing air through the fins rather than a dedicated fan on the cooler itself.

What happens to the three copper heat pipes when the aluminium fin stack is under all-day load?

The three copper tubes move heat from the base into the pure aluminium fins, where it spreads across the fin array and is exhausted by the system's directed airflow.

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