Controlador Lian Li UNI HUB SL-INF 12SLIN-CONT3W blanco — hub para ventiladores RGB y tiras LED

The lian li Controller UNI HUB SL-INF 12SLIN-CONT3W white is a compact hub for managing RGB lighting and compatible fans in desktop PC builds. It connects to supported Lian Li UNI devices and provides centralized control and synchronization of LED strips and fan lighting. The hub is intended to simplify cable routing inside compatible cases and to integrate multiple lighting elements into a single control point, helping to maintain a tidy internal layout and consistent lighting behavior across connected components.

Advantages

The controller offers centralized synchronization of RGB lighting for compatible Lian Li UNI fans and LED strips, reducing the need for multiple controllers and simplifying setup. Its compact white housing is designed to fit unobtrusively inside cases that support UNI connectors, improving internal cable management. The device enables consistent lighting effects and easier coordination of multiple light sources through a single connection scheme.

Key specifications

• Form factor: compact internal hub designed for installation inside desktop PC cases
• Compatibility: designed for Lian Li UNI ecosystem devices (UNI fans and LED strips)
• Color: white enclosure to match white-themed builds or remain visually discreet
• Function: centralizes RGB control and synchronization of multiple connected lighting elements
• Connections: ports for UNI-compatible fan and LED strip connectors to simplify cabling

How to use

Install the hub inside the PC case in a location that provides access to the cases UNI connector area and allows convenient routing of fan and LED strip cables. Connect supported Lian Li UNI fans and LED strips to the hubs UNI-compatible ports, then connect the hub to the cases main UNI header or designated control cable as specified by the case and device documentation. After physical installation and connection, use the cases control interface or compatible software to manage lighting modes and synchronization across connected components.