LIAN LI Lian-Li UNI SL120 INF Addressable RGB White 120mm Fan

Description

Level up your airflow with the Lian Li UNI FAN SL-INF 120 series of PWM fans. This 120mm fan utilises second-generation cooling technology, that see a 10% performance over the previous SL120 model. Additionally, each fan has 40 ARGB LEDs embedded in the frame and central hub along with infinity mirror integration. With zero compromise on thermal capacity and lighting brightness, the SL-INF 120 is an excellent addition to your gaming PC.

LIAN LI UNI FAN SL-INF 120 AT A GLANCE:
Single 120mm PWM ARGB fan with infinity mirrors
Second generation fan technology with 10% performance boost
Maximum of 61.3CFM airflow and 2.66mmH2O air pressure
40 ARGB LEDs on the frame and central hub
New 7-pin adapter for power and lighting
Improved daisy chain and cable management features
SECOND-GEN PERFORMANCE
The Lian Li UNI FAN SL-INF 120 utilises second-generation cooling technology, to achieve a 10% performance boost on the previous SL120 model. Its seven-blade fan design has been optimised for faster speeds, higher airflow and static air pressure, along with quieter operation. At its top speed, the SL-INF 120 only produces 29 dBA noise levels. With a maximum static pressure of 2.66mmH2O and airflow of 61.3CFM, this fan will efficiently cool your gaming PC.

Additionally, as PWM fans, the operational speed can be adjusted to suit workloads. Thanks to L-Connect 3 software, you have the option to implement the Start/Stop mode. When the CPU or GPU are running below 50°C, the fans completely stop. When in operation, speeds can be adjusted from 200RPM to 2100RPM, providing you with immense control.

ARGB LIGHTING
Each Lian Li UNI FAN SL-INF 120 is equipped with 40 ARGB LEDs, embedded in the frame and central hub. Maximising brightness, these LEDs have been paired with an infinity mirror to create an incredible lighting effect. The infinity mirror is layered, with 0.5mm breaks adding definition that can be seen from any angle. The 3D effect and geometric frame shape culmina