Improve air circulation in your computer case with the Genesis Oxal 120 ARGB fan. This fan is designed for cases with dense filters and offers higher performance than standard models. You can rely on quiet operation thanks to high efficiency at low speeds and a robust bearing that provides reliability for up to 50,000 hours. Additionally, the Oxal 120 ARGB not only cools but also illuminates the inside of your computer, matching any configuration.

Equip your case with the Genesis Oxal 120 ARGB fan, which has found successful placement in top-tier GENESIS cases (Irid 505F, Diaxid 605F), ensuring some of the best spots in cooling performance ratings. Its impressive performance is thanks to the 120mm diameter and a maximum speed of 1450 RPM combined with good static pressure. This ensures optimal airflow in cases with both traditional and dense filters, effectively reducing the amount of dust inside. Efficient component cooling has never been easier.

High performance at low speeds - The Genesis Oxal 120 ARGB fan provides performance comparable to a standard model at lower speeds. If you're looking for the perfect balance between efficiency and quiet operation, set the fan speed to 80% of its maximum capabilities for optimal parameters. When your components are under heavy load, full speeds (up to 100%) will provide effective cooling even under extreme conditions, such as hardware overclocking.

Easy installation - The Genesis Oxal 120 ARGB is equipped with a 3-pin connector with both male and female ends, allowing direct connection of the fan to the motherboard. This makes it easy to control fan speed and adjust to the current CPU temperature. The dual-end connector allows seamless connection of multiple fans to a single connector, significantly simplifying space organization inside the case.

Available in a set - Install up to 3 additional Genesis Oxal 120 ARGB fans and feel a significant performance difference. The Genesis Oxal 120 ARGB 3-Pack allows you to maximize the potential of your case, ensuring optimal air circulation and efficient cooling.