Ventoinha NoiseBlocker B12X-P-BL

The NoiseBlocker B12X-P-BL from the NB-eLoop®-X Series is a 120 mm case fan combining advanced eLoop rotor technology with programmable ARGB lighting and an energy-efficient hub lighting concept. Designed for professional PC builders and modders, the fan offers enhanced static pressure suitable for water-cooling radiators, a semi-passive option and compatibility with common motherboard ARGB headers and controllers.

Advantages

The fan uses bionic eLoop blades for efficient airflow and reduced turbulence, delivering strong airflow (132.4 m³/h) while maintaining compact 120 × 25 mm dimensions. Energy-saving hub lighting and programmable ARGB LEDs provide customizable illumination without compromising cooling performance. The design emphasises higher static pressure for radiator use and includes a semi-passive mode for quieter operation under low loads.

Suitable for

• PC cases requiring a 120 mm fan
• Cooling radiators and water-cooling loops
• Custom builds and modding with ARGB lighting
• Systems prioritising quiet operation

Key specifications

• Type: Fan
• Fan diameter: 120 mm
• Dimensions: 120 × 25 × 120 mm
• Airflow: 132.4 m³/h
• Voltage: 5 V
• Colour: Black
• Weight: 0.125 kg
• MPN: ITR-B12X-P-BL
• EAN: 4250051906578

How to use

Install the NoiseBlocker B12X-P-BL in a standard 120 mm fan mounting position in your case or on a radiator using the provided screws. Connect the power and ARGB cables to compatible motherboard headers or an ARGB controller. Configure fan speed and lighting through the motherboard software or controller according to your cooling and aesthetic requirements. For semi-passive operation, enable the appropriate mode via your fan controller or compatible motherboard settings.

Recommendations

Place the fan to optimise airflow direction through radiators (push or pull) and avoid obstructing the intake or exhaust paths. Use the semi-passive mode and lower speeds for quiet desktop systems; increase speed when higher cooling performance is required. Ensure ARGB headers and controller compatibility before connecting LEDs.