Lian Li UNI FAN TL Wireless 140 Reverse Blade Black, 140mm ARGB Intake Fan, 2.4GHz Wireless Transmission, 1800 RPM, 103.9 CFM, Black | 14RTL1W1B

The Lian Li UNI FAN TL Wireless 140 Reverse Blade (14RTL1W1B) is the definitive choice for builders who demand a museum-grade aesthetic. Traditionally, intake fans must be turned backward, hiding their best features behind plastic frames and motor stickers. This reverse edition ensures the signature lighting and infinity-style mirrors face forward, making it the perfect choice for the bottom or side intake positions in panoramic cases.

Technology: 2.4GHz Wireless Connectivity
Say goodbye to the "cable nest" behind your motherboard. The TL Wireless series utilizes a stable 2.4GHz signal to transmit lighting and speed data from the controller (sold separately). This wireless architecture drastically simplifies the building process, allowing for a cleaner interior and faster assembly without sacrificing real-time control via the L-Connect 3 ecosystem.

Performance: High-Volume Thermal Management
Equipped with a reverse-pitch blade design, this 140mm fan moves an impressive 103.9 CFM of air at peak speeds of 1800 RPM. This ensures your high-end GPU and VRMs receive a constant stream of fresh air. Despite its high performance, the Fluid Dynamic Bearings (FDB) and 28mm thick frame ensure structural stability and reduced vibration for a whisper-quiet gaming environment.

Design & Ergonomics: Modular UNI FAN Interlocking
The 14RTL1W1B features Lian Li’s patented slide-and-lock interlocking system, allowing multiple fans to be snapped together to form a single, solid cluster. This modularity means a whole row of fans can be powered by a single connection point. The black frame is accented by sophisticated ARGB zones and side-profile mirrors, creating a multidimensional look that highlights your hardware from every angle.

Why This Product Stands Out
Reverse Blade Design: Optimized for intake; keeps the ARGB visuals facing the user.

Extreme 103.9 CFM Airflow: Superior cooling capacity for high-wattage systems.

Wireless Control: Eliminates messy data cables for the cleanest build possible.

Durable FDB Bearing: Provides a longer lifespan and quieter operation at high RPMs.