Heatsink/Radiator Silverstone TP05 Black 76.4mm x 10.3mm x 24.8mm

The SILVERSTONE TP05 Black is a compact heatsink designed specifically for solid-state drives. With a low-profile form factor measuring 76.4mm × 10.3mm × 24.8mm, this radiator attaches directly to M.2 or standard SSD surfaces to improve heat dissipation, reduce thermal throttling, and support sustained drive performance. Its black finish integrates with contemporary PC interiors while providing an engineered path for heat transfer away from critical NAND and controller components.

Advantages

The TP05 radiator offers increased surface area for passive cooling without requiring additional power or fans. Its shallow depth and modest height make it compatible with systems that have limited clearance, including laptops, compact desktops, and small form factor motherboards. The anodized black surface improves thermal emissivity and resists wear, while the overall design minimizes added weight and maintains reliable contact with the SSD.

Suitable for

• Cooling M.2 NVMe and SATA SSDs in desktops and compact PCs
• Upgrading thermal management in small form factor and HTPC builds
• Preventing thermal throttling during sustained read/write workloads
• Use in systems with limited internal clearance where low-profile cooling is required

Key specifications

• Material: metal radiator with anodized black finish
• Dimensions (W × D × H): 76.4mm × 10.3mm × 24.8mm
• Cooling type: passive heatsink for SSDs
• Compatibility: fits common M.2 and slim 2.5" SSD mounting areas where space allows
• Mounting: adhesive or bracket-compatible installation depending on system layout

How to use

Ensure the SSD surface is clean and free of dust or thermal interface residue before installation. Align the heatsink over the drive so that the contact surface covers the main controller and NAND areas, then secure it according to your system's mounting method: peel and apply the thermal adhesive pad if provided, or install using an available bracket or screw standoff when applicable. After installation, verify there is sufficient clearance for adjacent components and that the drive is firmly seated in its slot.

Recommendations

For optimal results, use the heatsink in systems with some airflow to assist passive dissipation. Avoid placing heavy pressure on the SSD after installation and check thermal performance during intensive tasks to confirm reduction in operating temperatures. Replace adhesive pads if removed and reinstalled to maintain proper thermal contact.