Alphacool Eisbaer Aurora 360 CPU - Digital RGB V1.1 (10231)

The heart of the cooler is the cooler including the pump. The cooler base is made of copper and has a fine slit structure. The surface has been enlarged compared to the previous model in order to fully cover the larger DIE areas of the AMD and Intel processors. The DC-LT pump has also been redesigned and is now around 10% more powerful while being even quieter. The expansion tank is many times larger than that of standard AIO systems. This ensures a longer service life. There is also a fill port on the cooler unit through which you can refill liquid if necessary.

This is especially important if you want to expand the circuit using the quick-release fasteners. DIY components everywhere. A major advantage of the Eisbaer Aurora series is its expandability via the so-called Eisbaer-Ready quick-release fasteners. These have also been redesigned and are now smoother and less conspicuous than those of the previous model. Nevertheless, these quick-release fasteners are 100% compatible with all Eisbaer Ready products, such as pre-filled radiators, the Eiswolf AIO water cooler for graphics cards, and the well-known, separately available Alphacool HF quick-release fasteners for standard DIY water cooling systems.

The connectors are from Alphacool's Enterprise Solution series. They have a standard G1/4" thread and can be swapped for any other connector. The TPV hose is extremely durable and is also used in the Enterprise Solution series for servers and workstations. Copper RadiatorAs is usual with Alphacool, the radiators are made of copper. Alphacool is the first manufacturer in the world to use copper for all water-carrying components such as the pre-chambers, the cooling fins and the cooling channels to which the fins are soldered. Only the connection threads are made of brass for hardening reasons.

The cooling fins are also only very lightly varnished. If you look closely, the copper even shines through. The reason for this is the cooling performance, which would be reduced by