QNAP HS-M2SSD-07 computer cooling system M.2 NVMe SSD Heatsink/Radiator Black 5 pc(s)

QNAP HS-M2SSD-07 is a pack of five black M.2 SSD cooling heatsinks designed to provide passive thermal management for M.2 solid-state drives. Each heatsink attaches directly to the drive surface to increase heat dissipation, helping to keep operating temperatures lower during sustained workloads. The compact profile is intended for use in systems and compatible QNAP devices where M.2 temperature control is required.

Advantages

The heatsinks offer passive cooling without additional power or moving parts, reducing thermal throttling risk and maintaining drive performance under load. Their low-profile design preserves clearance in tight spaces and small-form-factor enclosures. A uniform black finish provides a discreet appearance that integrates with most system interiors.

Suitable for

• Cooling M.2 NVMe or SATA SSDs in NAS devices and desktop PC builds
• Systems with limited airflow or compact enclosures
• Workloads that involve sustained read/write operations, such as media editing or backup jobs

Key specifications

• Quantity: pack of five heatsinks
• Form factor: low-profile M.2 SSD heatsink
• Color: black finish
• Cooling type: passive thermal dissipation

How to use

Prepare the M.2 SSD surface by ensuring it is clean and free of dust or thermal interface residue. Align the heatsink with the SSD module and apply gentle pressure to affix it according to the manufacturer’s mounting method; if an adhesive thermal pad is provided, remove protective liners before attaching. Reinstall the M.2 SSD into the host device and confirm there is sufficient clearance. Monitor drive temperatures after installation to verify improved thermal behaviour.

Recommendations

Use the heatsinks on compatible M.2 SSDs and in systems where passive cooling is appropriate. Avoid obstructing nearby components and follow device manufacturer guidance for M.2 installation and thermal management. For best results combine adequate case airflow with these heatsinks when possible.