Noctua NF-A12x25 PWM High-efficiency Quiet 120mm Fan Black Description & Specifications:
The Noctua NF-A12x25 PWM High-efficiency Quiet 120mm Fan delivers strong airflow while keeping noise levels low. It is a reliable choice for users who want effective cooling without adding unnecessary noise to their PC.
High airflow and static pressure:
Noctua NF-A12x25 PWM High-efficiency Quiet 120mm Fan combines high airflow with strong static pressure, making it suitable for different cooling setups. It can push air effectively through restrictive areas such as heatsinks, radiators, and dense PC cases.
2000rpm performance:
With a maximum speed of up to 2000rpm, the fan provides plenty of cooling performance when your system needs additional airflow. PWM control also allows compatible systems to adjust the speed based on temperature and workload.
25mm standard thickness:
The 25mm-thick design follows the standard 120mm fan format, making it suitable for a wide range of PC cases, coolers, and radiators. It offers a practical balance between installation space and cooling performance.
4-pin PWM control:
The PWM connection allows compatible motherboards and fan controllers to automatically regulate fan speed. This helps maintain efficient cooling while keeping noise levels under control during lighter workloads.
Rich accessory kit:
The included accessory kit provides useful components for installation and setup. It gives you the flexibility needed to integrate the fan into different PC cooling configurations without having to purchase basic accessories separately.
Black finish:
The black design gives the fan a clean, understated appearance that works well with modern PC builds. It is a good fit for systems where you want high-performance cooling without a bright or distracting aesthetic.
Coolers, radiators and cases:
The Noctua NF-A12x25 PWM High-efficiency quiet 120mm Fan is suitable for CPU coolers, radiators, PC cases, workstations, and other electronics that require dependable airflow and static pressure performance.




























