minisforum
minisforum MF-SRP01 SSD Heatsink accessories barebone
An SSD heatsink accessory designed to cool M.2 solid-state drives in compact systems
- FeaturesSSD Heatsink
- Keeps SSD temperatures lower with dedicated heatsink
- Simple installation fits barebone builds
- Passive cooling requires no extra power
- Compact design suits small-form-factor systems
- Ready for new builds from August 2026
SSD heatsink accessory for compact systems
The minisforum MF-SRP01 is a barebone accessory designed to cool a solid-state drive inside small-form-factor PCs. It targets builders who need reliable thermal management for storage in space-constrained chassis.
Passive cooling with no added noise
The heatsink operates without a fan, so it adds zero acoustic load to the system. It draws no power and relies on conductive transfer to keep drive temperatures steady during sustained workloads.
Mounts directly on the drive to free airflow
The unit clamps onto the SSD itself, leaving motherboard slots and case ventilation clear. It suits builds where a dedicated drive fan cannot fit, though buyers who need active cooling or multi-drive arrays should look elsewhere.
Highlights
- Keeps SSD temperatures lower with dedicated heatsink
- Simple installation fits barebone builds
- Passive cooling requires no extra power
- Compact design suits small-form-factor systems
- Ready for new builds from August 2026
Specifications
| Brand | minisforum |
|---|---|
| Model | MF-SRP01 |
| Features | SSD Heatsink |
| Shipping weight | 0.05 kg |
| Package size | 133 × 83 × 25 mm |
Questions about this item
How do I fit the MF-SRP01 heatsink onto my M.2 SSD?
Peel the protective film from the thermal pad, align the heatsink over the controller and memory chips, then press firmly so the pad makes full contact before securing your board's retention screw.
When should I replace the thermal pad on this heatsink?
Replace the pad if it becomes brittle, loses tackiness or shows uneven compression after disassembly; a fresh pad restores the thermal path between the SSD and the aluminium fins.
At what point does the MF-SRP01 stop lowering drive temperature under a heavy write load?
The aluminium body saturates once its fins reach equilibrium with the case airflow; beyond that point the drive temperature will climb despite the heatsink.
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