CPU cooler XILENCE XC091 M806D.B with 120 mm fan, multi-socket support

XILENCE XC091 M806D.B is an air cooler featuring a 120 mm fan and multi-socket compatibility for desktop processors. It provides active airflow and heatpipe-based heat transfer to lower CPU temperatures and help maintain stable performance under load. The cooler combines an aluminium base and fins with six heat pipes and a hydraulic bearing fan for continuous operation.

Advantages

The cooler supports a wide range of modern CPU sockets and offers a Thermal Design Power (TDP) rating up to 260 W. Its 120 mm fan runs up to 1600 RPM with a noise level of 32.5 dB at high speed, while the hydraulic bearing improves longevity and reduces friction. The aluminium base plate and fins provide efficient heat dissipation, and the black finish integrates with most system builds.

Suitable for

• Cooling mainstream and high‑performance desktop CPUs
• System builds requiring multi‑socket compatibility (Intel and AMD)
• Quiet desktop environments where moderate noise is acceptable

Key specifications

• Fan size: 120 mm
• Maximum fan speed: 1600 RPM
• Noise level (high speed): 32.5 dB
• Bearing type: Hydraulic
• Heat pipes: 6
• Base and fins material: Aluminium
• Fan connector: 4‑pin PWM
• Thermal Design Power (TDP): 260 W
• Weight: 1.06 kg

How to use

Install the XILENCE XC091 M806D.B on a compatible motherboard socket following the mounting hardware and instructions provided by the manufacturer. Apply a thin, even layer of thermal paste to the processor heat spreader, align the cooler base with the CPU, and secure the mounting brackets. Connect the 4‑pin fan connector to the CPU fan header on the motherboard to enable PWM speed control. Ensure clear airflow within the case and avoid contact with memory modules or other components during installation.

Recommendations

Ensure the cooler is mounted on a supported socket and that the system chassis has adequate airflow. Regularly clean the fan and fins from dust to maintain cooling efficiency and monitor fan operation via motherboard fan control settings for optimal balance between noise and cooling performance.