The CORSAIR ICUE H100i ELITE CAPELLIX Liquid CPU Cooler offers powerful, low-noise cooling for your CPU. It comes with an excellent radiator and stunning CORSAIR RGB Magnetic Levitation PWM fans that can be controlled between 400 RPM and 2400 RPM. 33 Ultra-bright CAPELLIX LEDs on the pump head and eight RGB LEDs per fan let you completely personalize your cooler’s look. Connect to the included CORSAIR iCUE Commander CORE and powerful CORSAIR iCUE software to orchestrate synchronized RGB lighting, adjust fan speeds, and enable Zero RPM mode on up to six fans. You can easily install the cooler on most major CPU sockets, with a thermally optimized split-flow cold plate and low-noise centrifugal pump for remarkable performance. This impressive cooler has a modular, tool-free mounting bracket for quick and painless installation on modern Intel and AMD sockets.
The vibrant RGB pump head produces stunning lighting effects to add a touch of style to any build. Each ELITE CAPELLIX CPU cooler includes two separate pump caps. The pre-installed pump cap is a stylish, glossy black, while the alternate pump cap is more transparent to let your CAPELLIX LEDs shine through. Delivers a flow rate of up to 0.82L/min while generating less than 20 dBA, for extreme cooling with low noise.
CORSAIR iCUE software allows you to adjust RGB lighting, individual fan speeds, and pump speed while monitoring CPU and coolant temperatures, and more. New Zero RPM cooling profile in CORSAIR iCUE software allows fans to stop entirely at low temperatures, eliminating fan noise.
Harness the power of iCUE with the included iCUE Commander CORE to control the fan speed and RGB lighting for the included ML RGB fans, with the potential to control additional CORSAIR RGB fans, up to a total of six.
CORSAIR ML RGB Series PWM fans deliver powerful airflow for extreme CPU cooling performance, with eight RGB LEDs per fan.
Adjust fan and pump speeds, control and synchronize your cooler’s RGB lighting with all iCUE-compatible devices, and monitor CPU and coolant temperatures, all from a single intuitive interface.
An optimal cold plate design and a high-density stack of 128 micro-skived fins-per-inch provides highly efficient cooling.