WaveShare
WaveShare Aluminum Heatsink for Compute Module 4
Aluminium heatsink designed for the Raspberry Pi Compute Module 4, offering corrosion resistance and simple installation
- CPU TypeOther
- Designed for Compute Module 4 ensuring precise fit
- Aluminium construction resists corrosion and oxidation for lasting performance
- Optimised fin layout improves heat dissipation under load
- Simple mounting process requires no special tools
- Clearance provided for optional antenna module installation
Dedicated Aluminum Heatsink for Compute Module 4
This aluminum heatsink is designed specifically for the Raspberry Pi Compute Module 4. It provides corrosion and oxidation resistance for durable thermal management. The simple design allows straightforward installation onto the module and compatible base boards.
Upgrades Passive Cooling on CM4 Boards
It replaces the stock thermal pad or bare operation on a Compute Module 4. The jump is worth it when sustained workloads cause throttling or when the module runs in an enclosed case without active airflow. The dedicated fit ensures proper contact with the SoC.
Handles Moderate Sustained Loads in Enclosed Spaces
The heatsink comfortably manages typical compute tasks and moderate sustained workloads by spreading heat across its aluminum body. It runs out of headroom under heavy continuous multi-core loads or in high ambient temperatures where active cooling becomes necessary. Space is reserved for an antenna section, though the antenna itself is not included.
Highlights
- Designed for Compute Module 4 ensuring precise fit
- Aluminium construction resists corrosion and oxidation for lasting performance
- Optimised fin layout improves heat dissipation under load
- Simple mounting process requires no special tools
- Clearance provided for optional antenna module installation
Specifications
| CPU Type | Other |
|---|
Questions about this item
Does this heatsink clear the antenna area on the Compute Module 4?
Yes, the heatsink is shaped with proper space for the CM4 antenna section so it does not block wireless signals.
How do I attach the heatsink to the Compute Module 4 and what is the common mistake?
Place the included thermal pad on the CM4 processor, align the heatsink holes with the module mounting holes, then secure with the supplied screws; the step often missed is removing the protective film from both sides of the thermal pad before fitting.
Will the aluminium finish need any treatment to stay corrosion-resistant over time?
The heatsink is already corrosion- and oxidation-resistant; no extra coating or maintenance is required beyond occasional dust removal with compressed air.
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