
Corsair H110i AIO Hydro/Water Intel/AMD AM4 RGB LED CPU Cooler
Corsair Hydro Series H110i AIO Extreme Performance CPU Cooler, 280mm Radiator, 2x 140mm Fans, Intel/AMD + AM4 Socket
- By DPD On 19th Feb 2019 to your specified address. | £11.50 Receive SMS with one-hour delivery window Weekend, timed and European delivery options are available at checkout
- Collect instore Collect from our Bolton store, BL6 6PE | Free
- UPS and DPD Pickup Pickup from local convenience store | £4.79
- SCANPROTECT Protect against installation damage for 28 days. More info
Corsair Hydro Series - H110i Liquid CPU Cooler

H110i Self-contained Cooling System
The Hydro Series H110i is an extreme performance, all-in-one liquid CPU cooler for cases with 280mm radiator mounts. The 280mm radiator and dual SP140L PWM fans provide the excellent heat dissipation you need for highly overclocked CPUs. It’s Corsair Link compatible, so you can customize cooling performance, monitor system temperature, and change the color of the RGB LED lighting.
280mm
Radiator Size
AMD Sockets
FM1 / FM2 / AM2 / AM3 / AM4
Intel LGA
1150 / 1151 / 1155 / 1156 / 1366 / 2011 / 2011-3
Advanced PWM SP140L Fans

Dual High-Torque 140mm Fans
The included 140mm fans are custom-designed for high static pressure air delivery with minimum turbulence and noise. They’re PWM controlled, so you can customize the fan speed to find the optimal balance of cooling and noise.
280mm Radiator

Double Wide Radiator
The secret to fast, efficient cooling is maximizing cooling surface area. If your PC case has dual 140mm fan mounts spaced for a 280mm radiator, the H110i lets you take advantage of your case’s full cooling potential.
Built-in Corsair Link

Custom RGB Lighting
Attach the included Corsair Link cable to a USB header on your motherboard and download the free Corsair Link software to unlock even more power. You can customize cooling performance, monitor coolant and CPU temperatures, and change the color of the RGB LED lighting from the default white to match your system, or to change color based on temperature readings and other inputs.