Ventoinha de caixa Noctua NF-A12x25 G2 LS-PWM 120 mm com ligação PWM, compatível com adaptador Low-Noise

Noctua NF-A12x25 G2 LS-PWM is a 120 mm case fan with a PWM connection that enables motherboard-based speed control. The model is designed to deliver steady airflow and reliable cooling for PC cases, CPU cooler assemblies and radiator setups while minimizing acoustic output. The LS-PWM designation indicates compatibility with low-noise adapter use and adjustable performance profiles to balance cooling capacity and sound levels.

Advantages

The fan provides precise PWM control for automatic speed adjustment according to system load, helping to maintain target temperatures with minimal intervention. Its 120 mm size fits standard mounting points in most PC cases and cooling configurations. Low-noise adapter compatibility reduces maximum rotational speed to lower acoustic output when quiet operation is preferred. The construction focuses on stable airflow and long-term reliability under continuous use.

Suitable for

• General PC case ventilation and chassis airflow optimization
• Attachment to CPU air coolers that accept 120 mm fans
• Use on 120 mm radiators in liquid cooling loops
• Systems where noise reduction and PWM-based speed control are required

Key specifications

• Fan size: 120 mm
• Interface: PWM connection for motherboard or controller speed management
• Low-noise adapter compatibility for reduced maximum speed and lower acoustics
• Designed for case, CPU cooler and radiator applications

How to use

Mount the fan to the desired 120 mm location in the case, on a CPU cooler or on a radiator using the standard four-screw mounting pattern. Connect the PWM cable to an available 4-pin fan header on the motherboard or to a compatible fan controller to enable automatic speed regulation. If lower noise is required, install the low-noise adapter between the fan connector and the header to limit maximum rotational speed. Ensure airflow orientation matches the intended intake or exhaust direction in your cooling layout.

Recommendations

For optimal results, place the fan in positions that promote front-to-back or bottom-to-top airflow to maintain positive or neutral case pressure. Use motherboard fan profile settings to balance acoustic and thermal performance, and consider combining the fan with other same-model units for consistent airflow characteristics across the system.