Air cooler Silverstone NT07-1700 8 cm Black 12V 2.6 mmH2O

The Silverstone NT07-1700 is a compact air cooler engineered for small form factor (SFF) systems. With overall dimensions of 90 × 90 × 22 mm in a horizontal layout and an 80 mm fan, it provides effective heat dissipation while fitting into space-constrained cases. The cooler includes a copper center and extruded aluminum fins to improve thermal conduction and a black finish that suits modern builds.

Advantages

The NT07-1700 combines a low-profile 22 mm height with an 80 mm PWM-controlled fan offering a 1500–3600 RPM range, enabling quiet operation at low speeds and increased cooling when needed. A copper center and extruded aluminum fins enhance thermal transfer, and the compact footprint ensures compatibility with SFF enclosures and LGA 1700 sockets where clearance is limited.

Suitable for

• Small form factor (SFF) desktop builds
• Systems with limited CPU cooler clearance
• Compact HTPC or home server enclosures
• LGA 1700-based motherboards requiring low-profile cooling

Key specifications

• Type: Air cooler
• Fan diameter: 80 mm
• Fan speed (PWM): 1500–3600 RPM
• Rated voltage: 12 V
• Maximum air pressure: 2.6 mmH2O
• Dimensions (W × D × H): 90 × 90 × 22 mm
• Weight: 0.216 kg
• Supported socket: LGA 1700
• Colour: Black

How to use

Install the NT07-1700 in a horizontal orientation inside your case following the motherboard and case clearance. Mount the cooler onto the CPU socket (LGA 1700) using the supplied brackets and fasteners, apply a thin, even layer of thermal paste to the CPU heatspreader, and secure the heatsink. Connect the 3- or 4-pin PWM fan header to the motherboard to allow speed control and monitoring. Verify adequate airflow direction inside the case to ensure expelled heat is removed efficiently.

Recommendations

For optimal results, keep case intake and exhaust unobstructed and use motherboard fan controls or a fan curve to balance noise and cooling. Ensure compatibility with your case layout and RAM clearance before installation.