The first fan connector with 4-pins on the fan splitter will be the primary fan. To connect more than three fans, use the included fan splitters.

Connect up to three fans directly to the three channels using the connections from the fans.

Step 4) Connecting your case fans to the Controller

You can also use any provided extension cables from the NZXT RGB accessories if it does not reach.

It's 90 of the time not even running and when it's running I cannot hear anything from my P600S case. By the way you can't even hear the chipset fan.

Using the lighting connection cable provided with your NZXT RGB accessory, connect to one of the two LED channels located on the side of the controller I'm an owner of a X570 Aorus Elite and you can control your fan using 3-4 sensors on the board in the SpeedFan software in the BIOS.

Step 3) Connecting your NZXT RGB Accessories to the Controller

Once done, connect your Controller to your SATA power.

First, ensure your PC is completely turned off and free of power.

Step 2) Installing the Controller inside your build

Ensure you have a free SATA power connection from your PSU and USB 2.0 header on your motherboard before attempting installation.

You can choose to either install the controller first in your build using the provided velcro and magnetic strips or install your fans/RGB accessories to the controller first.

Key is to be patient enough and careful enough to not mis-connect something and fry some component.Step 1) Preparing the RGB & Fan Controller for Installation Not that connection actually works as might be expected. 'Compatible with' can mean that X can be plugged (physically fits) into Y. Ignore the marketing and advertising photos. (Which is often another whole different set of issues.) Look for what is said as well as what is 'not said'.

If there really is any thing that can be done to begin with.Īnd with no real standards per se regarding RGB then it all gets more complicated with proprietary connections and pin combos.įor the most part trying to determine what will and will not work takes some effort and paying close attention to the documentation. but really getting those LED's to do something is left to the end user to figure out. being 'hot' is that manufacturer's are just sticking 'RGB' in any where they can just for the sake of sales. My general sense of things is that with RGB/ARGB etc. The entire color concept of changing colors with speeds, patterns, in a dynamic way is what makes RGB etc.

Why? It really does not make much sense to just have hardware that lights up in pretty colors either fixed or minimally controlled by some basic code via firmware.

Aorus motherboard fan control