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MSI MAG CORELIQUID 360R AIO REVIEW

Posted on09 August 2020

To say that this is a ‘revolution’ in AIO closed-loop liquid cooler design would be inaccurate, but it does make you wonder why more companies do not go down this route and instead stick with the “trusty” Asetek and CoolIT CPU block mounted pump units. As far as I can remember, there is only one other mainstream manufacturer that has tried the rad-mounted pump design.

NZXT used this strategy for its M22 AIO CPU cooler series but have since switched back to Asetek as the company’s closed-loop AIO supplier. MSI has moved in the completely opposite direction, by switching from an Asetek-style design with its previous Dragon 120mm AIO series, to the pump-in-radiator design of the new MAG CoreLiquid series.

The RGB lighting of the MSI MAG CoreLiquid 360R extends to the fans, giving users two RGB lighting zones to configure and customise. RGB lighting effects can be synchronised and controlled either by motherboard manufacturer software such as MSI Mystic Light via a 3-pin 5v ARG header or by using an RGB HUB. However, a standalone RGB hub isn’t included with the MAG CoreLiquid, so if you plan to use this with an older motherboard without ARGB headers, then the RGB features will not work out of the box.

In terms of technical specifications, the MSI MAG CoreLiquid 360R is outfitted with a durable three-phase motor driving the pump with a maximum speed of 4200 PRM and low noise levels of 18 dBA, along with 120mm dual ball-bearing fans that have a speed range of 500-2000 RPM controlled by a 4-pin PWM connection and a maximum airflow rating of 78.73 CFM.

As is typical with AIO closed loop coolers, the CoreLiquid 360R features a 27mm thick aluminium radiator and low evaporation reinforced rubber tubing covered with a premium-looking braided sleeving. 

CPU socket support of the MSI MAG CoreLiquid 360R is extensive, all current mainstream desktop platforms from both Intel and AMD are covered, including the new Intel socket LGA1200 for 10th generation Core processors as well as AMD high-end desktop TR4/TRX40 Ryzen Threadripper platforms.


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