Lian Li GA II Lite RGB 240mm CPU Liquid Cooler

Lian Li GA II Lite RGB 240mm CPU Liquid Cooler

Feature

• Customizable RGB fan and ARGB Pump: Pump motor speed goes up to 3800RPM. Pushing air through the radiator effectively while maintaining the stunning looks of RGB fans.
• Durability & Reliability: Featuring a hydraulic bearing design for extended lifespan and reduced noise, perfect for long-term, stable performance.
• Customizable RGB Lighting: 28mm thick RGB fans with customizable lighting effects, adding a visual flair to your cooling system without sacrificing performance.
• CPU AIO Water Cooler: Customizable ARGB pump blockhead and switchable pump lid for enhanced aesthetics and performance.

RGB Version

Vibrant ARGB fans with daisy-chain capability, delivering high airflow and speeds up to 2500 RPM with durable hydraulic bearings.

HIGH-PERFORMANCE PUMP

The compact Lian li GA II Lite pump reaches speeds of up to 3800 RPM, providing powerful cooling for efficient CPU temperature management.

STUNNING PUMP LIGHTING

Featuring 16 LEDs beneath the pump cap, paired with dual infinity mirror rings and the outer diffuser, the pump head illuminates with eye-catching, multi-layered lighting effects that enhance your build’s aesthetics.

HIGH DENSITY ALUMINUM RADIATOR

At 27mm thick, the high-density aluminum radiator maximizes surface area for effective heat dissipation.

PRE-INSTALLED DAISY-CHAIN FANS

Features large airflow radiator fans that are daisy-chained and installed on the radiator for an easy cable connection and a seamless view while effectively cooling the radiator.

HIGH-END BRAIDED TUBING

The durable 400mm braided tubing offers exceptional flexibility, durability, and a leakproof design, providing ease of installation and a premium aesthetic.

EASY INSTALLATION

The GA II Lite series supports the latest CPU sockets, suitable for a wide range of platforms.

It also comes with a thermal paste control film and spreader to help ensure the right amount of thermal paste is applied for effective heat dissipation.