Ventilador Noiseblocker B12X-PS Caja de PC 12 cm Blanco

The Noiseblocker B12X-PS is a 120 mm computer case fan from the NB-eLoop®-X Series that combines advanced bionic eLoop technology with programmable ARGB lighting and an energy-efficient hub lighting design. Built for professional PC builders and modders, this white fan offers a semi-passive option and improved static pressure suitable for demanding cooling tasks including water-cooling radiators.

Advantages

The fan provides efficient airflow and enhanced static pressure while maintaining low power consumption thanks to its energy-saving hub lighting and optimized motor design. Programmable ARGB LEDs deliver customizable accent lighting compatible with common motherboard platforms and ARGB controllers. The semi-passive mode allows near-silent operation at low system loads, and the compact 120 x 120 x 25 mm form factor makes it compatible with standard case and radiator mounts.

Suitable for

• Case cooling for desktop PCs
• Radiator cooling in water-cooled systems
• PC modding with ARGB lighting
• Silent or low-noise system builds using semi-passive mode

Key specifications

• Type: Fan
• Fan diameter: 120 mm (120 x 120 x 25 mm)
• Airflow: 98.7 m³/h
• Operating voltage: 5 V
• Colour: White
• Weight: 0.125 kg
• MPN: ITR-B12X-PS
• EAN: 4250051906547

How to use

Install the fan in a compatible 120 mm mounting location in your PC case or on a compatible radiator, using the provided screws or mounts. Connect the power and ARGB cables to the appropriate motherboard headers or an ARGB controller according to your system’s wiring. Configure lighting effects through your motherboard software or controller and select semi-passive operation if supported by your fan controller or BIOS settings.

Recommendations

For optimal performance, place the fan to match your case airflow strategy (intake or exhaust) and ensure unobstructed airflow paths. Use ARGB-compatible controllers or motherboard headers for full lighting control and enable semi-passive mode to reduce noise during light workloads.