Corsair iCUE H115i ELITE CAPELLIX Liquid CPU Cooler (33 Ultra-Bright CAPELLIX RGB LEDs, Two 140 mm ML RGB Series PWM Fans, 400 to 2,000 RPM, Zero RPM Mode, Corsair iCUE Commander CORE Included) Black

Product Information

The iCUE H115i ELITE CAPELLIX XT has many benefits that make it a great liquid CPU cooler for your PC. Also the LS have Digital Editions that means there is a digital screen on the water block, note the screen is just i think for temperatures and it's not a full screen on the water block like the NZXT stuff.

RGB LED Ring for Immersive Lighting Effects: A ring of 24 RGB LEDs encircles the screen, linking with animations for even more immersive, eye-catching visuals and vibrant lighting effects.Powerful iCUE Control: Fully controlled through CORSAIR iCUE software, enabling you to switch between a variety of viewing options such as fan speeds, CPU temps, images, GIFs, and more, while synchronizing RGB lighting with your entire iCUE-compatible setup. When you add powerful, low-noise cooling to the mix, your system will look great and will run even better. Both of them are 280mm liquid CPU coolers that use a copper cold plate, a low-noise pump, and two 140mm fans to cool down your CPU.

including LGA 1700, 1200, 115X, and 2066, plus AMD Socket AM5 and AM4, the H115i ELITE CAPELLIX XT puts CPU cooling in a whole new light. across all cores with a package power of 185W, the Elite Capellix performance tails of a little compared with the bigger 360mm NZXT AIO, However, the Elite Capellix performance is still very impressive. is about average for a 280 mm liquid cooler with RGB lighting, I can find no fault with this cooler. Corsair lists support for all recent Intel platforms including LGA 1200 and 2066, but more enthusiasts probably care about AMD support these days, and this includes the latest AM4 and sTRX4 sockets.

Tightening the standoffs by hand will provide the required amount of torque, no tools are needed for this part of the installation. To begin installation on an Intel LGA 115x or 1200 platform, working from the rear of the motherboard, align the Intel specific backplate with the hole on the motherboard and place it in position.