NOX Cooler CPU Nox Hummer R-400 ARGB Black CPU cooler

About the Cooler CPU Nox Hummer R-400 ARGB Black High-quality cooling with ARGB lighting

The Nox Hummer R-400 ARGB is a CPU cooler that combines efficient thermal performance with a stylish design, available in black or white. The integrated ARGB lighting adds a striking visual touch to your setup, while the 120mm fan ensures effective heat dissipation to keep system temperatures under control.

With four copper heat pipes and a copper and aluminum base, this cooler provides high thermal conductivity and excellent performance, while keeping noise levels low for comfortable use.

Performance for demanding systems

Equipped with PWM technology, the Nox Hummer R-400 ARGB automatically adjusts fan speed based on system requirements. This optimizes power consumption and always ensures the ideal balance between performance and silence.

The hydraulic bearing contributes to a longer fan lifespan, ensuring equipment lasts longer. With a TDP of up to 235 W, this cooler offers impressive thermal performance and quiet operation, ideal for demanding configurations and long gaming sessions.

Customizable ARGB lighting

The Hummer R-400 ARGB features an LED system with 16.8 million colors on the fan blades, creating a dynamic and immersive visual effect. It is compatible with leading motherboard synchronization technologies, allowing you to customize and synchronize lighting with other hardware to create a truly unique setup.

Compact and efficient design

With dimensions of 120 x 70 x 148 mm, this cooler has a compact size that facilitates installation and optimizes space within the case. This allows you to maintain high thermal performance without compromising the internal organization of your system.

Wide compatibility and easy installation

Available in black or white, the Nox Hummer R-400 ARGB easily matches various configuration styles. It is compatible with most current AMD and Intel sockets, offering quick and easy installation so you can upgrade your system effortlessly.