Lian Li UNI FAN TL LCD 120 RGB 120mm PWM - Single Pack - Black

UNI FAN TL LCD

• 1.6” LCD Screen with 400×400 resolution.
• Supports GIF, MP4, JPG, and PNG files.
• Suitable as a PC case with airflow and noise optimization.
• Comes with Lian Li exclusive flow-through animations through L-Connect 3.
• FDB bearing that provides stability, durability, and longevity.
• Enlarged infinity mirror around the frame with a longer light guide for a unified daisy-chained look.
• Features two light zones for increased lighting customizability.
• UNIFAN interlocking system for ease of cable management.
• LED lighting and fan speed controller shared with UNIFAN TL.
• Complete software control with L-Connect 3.
• The controller is required to use the fans.

PERFORMANCE DETAIL AT A GLANCE

Monitor the temperature and loading of your CPU and GPU, as well as the fan speed, instantly with built-in hardware monitor dashboards on the screen.

EMPOWER WITH CUSTOMIZABLE DISPLAY

The world’s 1st PC case fan with a LCD screen, which can be personalized and controlled using L-Connect 3.

NEXT GENERATION OF UNI FAN

Building on the design success of the UNI FAN series interlocking system, the UNI FAN TL series takes clutter-free setups to the next level.

Durable Daisy-Chain Solution

Experience a hassle-free setup with the slide-in daisy-chaining mechanism, securely holding the fans in place and ensuring a snug fit for easy configuration.

Seamless Connection

A single cable is all you need to connect a group of up to 3 TL LCD fans to the controller, which supports a maximum of 7 TL LCD fans per controller, with a group of 3 on each port (up to 16 TL+TL LCD fans in total).

To operate 8 to 12 TL LCD fans, please use 2 controllers simultaneously. Note that L-Connect 3 doesn’t support more than 13 TL LCD fans.

Well-Adapted for all Configurations

The interlocking key at the end of TL LCD fans is removable for enhanced compatibility and less interference with other components.

STABLE OPERATION

UNI FAN TL LCD is engineered for stable fan blade operation, ensuring efficiency at a low noise level.