Arctic Liquid Freezer III 280 CPU Liquid Cooler (Black)

ARCTIC Liquid Freezer III 280 - CPU AIO Water Cooler, Water Cooling PC, Intel & AMD, Efficient PWM-Controlled Pump, Fan: 200–1700 RPM, LGA1851 and LGA1700 Contact Frame - Black

Feature

• Arctic Liquid Freezer III LGA1851 AND LGA1700 CONTACT FRAME: Improved contact pressure distribution through Intel mounting frame for efficient heat transfer, thanks to even CPU contact surface
• NATIVE AMD OFFSET MOUNTING: Optimized for the multi-die chiplet design of Ryzen processors - 5mm offset for optimal coverage of the CPU hotspot, resulting in more efficient heat transfer
• ACTIVE COOLING OF THE VOLTAGE CONVERTERS: PWM-controlled VRM fan that additionally cools components in the base area, such as voltage converters
• INTEGRATED CABLE MANAGEMENT: The PWM cables of the radiator fans are integrated into the jacket of the hoses, which means that only one visible cable is connected to the motherboard
• LIMITED COMPATIBILITY WITH A FEW MOTHERBOARDS: Oversized coolers on the M.2_1 slot can lead to compatibility problems. An overview and solution is available in the technical data, in the manual and on the manufacturer's website. Please use the compatibility check

60 mm fan in CPU block

Active cooling in the socket area

Enables a continuously higher load and a longer service life of the voltage converters.

Replaces the standard ILM

Contact Pressure Distribution LGA1851 | 1700

Minimal mechanical stress on the CPU and mainboard and improved cooling efficiency.

5 mm offset coldplate

Centring on CPU hotspot

Better temperatures on AMD's multi-die chip design thanks to vertically offset mounting.

23 % larger finstack

More surface area - more power

Consistently lower temperatures due to optimisation of the internal structure of the 38 mm radiator.

Two control modes

Complete control or simple control

Individual control of pump/VRM fan/radiator fan or all via one connection.

Proven Fans with High Static Pressure

Equipped with award-winning P fans. These fans are particularly characterised by their outstanding performance on heat sinks and radiators with a high fin density.