A Closer Look

The copper radiator used in the Phoenix 360 module comes with the much marketed QDC fittings. The balloon attached to the top is for any possible liquid spillage. You will want to remove it before installing the Phoenix 360 module. In terms of radiator fin density, the EKWB design features a 21 FPI (fins-per-inch) design, which is quite high and means high static pressure fans are required to maximize performance. Overall, not much has changed since the Predator's launch. The fittings are no longer nickel-plated compression fittings, but more typical and cheaper barbs and clamps. So if you were looking to swap in shiny fittings, you will be disappointed.


The supplied, pre-installed fans on the unit are EKWB Vardar EVO models and spin at a maximum RPM of 2200. They, along with the included radiator-mounted fan controller, allow the fans to shut off at PWM signals below 20%–30%. This should result in a silent operation at idle. A closer look at the QDC fittings shows that they are of a plastic design; however, the black and gray tones have these blend in decently with the tubing. By no means as pretty as a proper set of fittings, the QDC design does make it exceptionally easy to work with.


When it comes to the block, it's based on the EKWB Supremecy Evo design and features a plastic top covering with an illuminated Phoenix logo. The base itself is smooth and consists of a relative nice copper base. While not a perfect mirror shine, it's better than most I have seen thus far in regards to coolers and all-in-one closed-loop systems. Unlike other units, the Phoenix is meant to be expanded upon, and with the QDC fittings and prefilled GPU blocks being available, a fully liquid-cooled system has never been easier to assemble, at least after a first look.