Cooler Silverstone NT08-115XP Processor Cooler 8 cm

The SilverStone Nitrogon NT08-115XP is a super-slim CPU cooler for Intel LGA1150/1151/1155/1156 platforms, designed to fit space-limited systems such as Mini-STX and slim HTPC cases. It combines a solid copper base and heat spreader with extruded aluminum fins and a custom 80 mm PWM fan to provide efficient cooling for processors up to 65 W while keeping a compact total height of 33 mm.

Advantages

The NT08-115XP delivers effective heat transfer through a true copper center and base paired with aluminum fins, offering reliable thermal performance up to 65 W TDP. Its custom slim 80 mm PWM fan balances airflow and noise, and the low-profile 33 mm height enables installation in tight cases. The push-pin mounting system simplifies installation on compatible Intel sockets.

Suitable for

• Compact Mini-STX and super-slim desktop builds
• Small-form-factor HTPC systems
• Low-profile upgrades on Intel LGA1150/1151/1155/1156 motherboards
• Systems requiring a compact cooler with moderate cooling capacity (up to 65 W)

Key specifications

• Model: SilverStone NT08-115XP (SST-NT08-115XP)
• Dimensions: 101 x 101 x 33 mm
• Fan diameter: 80 mm (custom slim PWM fan)
• Fan speed range: 1200–3400 RPM
• Air pressure: min 0.3 mmH2O, max 2.43 mmH2O
• TDP rating: 65 W
• Supported sockets: LGA 1150 / 1151 / 1155 / 1156
• Colour: Black
• Weight: 0.292 kg

How to use

Place the cooler over the processor socket on a compatible Intel motherboard, align the push-pin fasteners with the motherboard holes and press them down until they lock. Connect the 4-pin PWM fan header to the CPU fan header on the motherboard to enable variable speed control. Apply a thin, even layer of thermal paste between the CPU heatspreader and the cooler base if thermal paste is not pre-applied.

Recommendations

Use the NT08-115XP in systems with processors whose TDP does not exceed 65 W and ensure adequate case airflow for optimal thermal performance. Regularly check and clean the fan and fins to maintain cooling efficiency.