SilverStone IceMyst 420 Premium 420mm ARGB Intel/AMD CPU Liquid Cooler
SilverStone IceMyst 420 AIO Cooler, 3x140mm ARGB PWM Fan, Copper Heatsink, Aluminium Radiator, ARGB Controller,Intel/AMD
IceMyst 420 AIO ARGB CPU Liquid Cooler from SilverStone
Keep Your System Chilled Utilise full cooling coverage with the SilverStone IceMyst 420 AIO ARGB CPU Liquid Cooler. This all-in-one cooler has 3x 140mm ARGB IceMyst fans for stunning illumination and heat dissipation. The pump offers a beautiful design that adds a new level of style to your rig. The ARGB lighting can be changed to suit your style. Use the included RGB controller that offers ten unique lighting modes, along with the ability to adjust brightness and lighting speeds. Everything you need and more is built into the SilverStone IceMyst to keep your PC cool and quiet.
420mmSize
Intel LGA Socket115X/1200/1700/2011/2066
AMD SocketAM5/AM4
Next-Generation All-in-One Water Block
Targetted CoolingUnlike other AIOs on the market, where the water block acts solely as a housing for the pump, SilverStone's newly designed water block allows for the direct mounting of IMF70 ARGB fans on top of the pump housing while also being 360° rotatable. This innovation enables you to dedicate a single IMF70 ARGB exclusively to a specific hotspot on the motherboard.
Aesthetically Pleasing Lighting Effects
Brighten up your systemIceMyst series features integrated ARGB lighting effects on the water block and fans, providing tasteful internal system lighting.
Effortless Cable Management
Straight Forward ConnectionInstead of connecting multiple fans to a fan hub, IceMyst series fans are designed with perfectly measured daisy-chain cables. This design allows for PWM and ARGB synchronization from one header to multiple fans, eliminating the need for long cable management routings.
Smooth, Quiet and Efficient
High-Reliability PumpThe pump motor utilises a three-phase, six-pole design for smoother and quieter operation compared to the more common single-phase, four-pole design. Additionally, this design enhances energy efficiency.
