CPS PCCOOLER GT Series welcomes a powerful new addition — the GT360 Max ARGB high-performance AIO liquid cooler. Featuring a stunning 4-inch borderless display on the pump head, it combines immersive visual customization with exceptional cooling performance, redefining the premium AIO cooling experience.

4-Inch Borderless Display, Bringing Immersive Visuals to Life

The GT360 Max ARGB features a 4-inch borderless display with a fully laminated design, delivering an expansive viewing experience with minimal visual interruption. With a 480×480 high-resolution panel, images appear sharp, detailed, and vibrant with accurate colors and smooth presentation.

The seamless borderless design eliminates distracting edges, enhancing the overall aesthetics of any high-end build. Supporting fully customizable display content, users can personalize the screen with custom animations, images, or system information to create a truly unique setup.

Full Aluminum CNC-Machined Pump Cover, Built for Premium Style and Durability

The pump cover is crafted from a full aluminum alloy body using precision CNC machining, featuring finely polished high-gloss edges that create a refined metallic finish under lighting.

Designed with both aesthetics and durability in mind, the solid aluminum structure provides enhanced protection while maintaining a premium appearance. The integrated lighting effects blend seamlessly with the reflective metal accents, adding a distinctive visual highlight to any build.

Winged F7 X120B ARGB Fans, Optimized for High Airflow and Quiet Performance

The GT360 Max ARGB is equipped with Winged F7 X120B ARGB fans, featuring dual-ring lighting effects with 5V 3-pin ARGB synchronization for seamless integration with your system’s lighting ecosystem.

Performance-wise, the fans deliver a wide speed range of 500–3000 RPM ±10%, providing powerful airflow and high static pressure to efficiently dissipate heat during demanding workloads. Equipped with NSK dual ball bearings, the fans ensure long-lasting reliability and stable operation, even under extended high-load conditions.