With AMD's continually improving finances thanks to their increasing successful product launches after laying off their Operating System Research Center years ago, hopefully in 2020 we see more support from them in the Linux space in areas like this for non-critical areas but "nice to have" features. Those wanting to try out CM-RGB with a modern Wraith Prism heatsink can do so via GitHub and Python's PIP. MSI Mystic Light Extension allows you to decorate your gaming PC with RGB LED strips for synchronized lighting, so you can easily customize and control the RGB lights over your RGB motherboard and the system. The program allows setting the lighting mode, color based upon hex code, brightness, and other factors. But CM-RGB is a Python-written independent utility that is command-line based and allows easily controlling the heatsink's lighting under Linux. Just like AMD doesn't offer any CPU overclocking client from the Linux desktop, they don't offer any RGB control software for Linux. AMD have listened to customer feedback and designed their newest coolers to deliver near-silent operation, bolstered with capable thermal hardware with no increase in pricing when these coolers are packaged with.
Fortunately, there is now a straight-forward solution for dealing with those Wraith Prism RGB LEDs thanks to the open-source and independent CM-RGB project. This is the third AMD AM4 Wraith Prism LED RGB Cooler Fan I have purchased and installed. AMD R圜PU with Wraith Stealth Cooler, AM4, 3.6GHz (4.1 Turbo), 6-Core, 65W, 11MB Cache, 7nm, 4th Gen, No Graphics.
With the Wraith Prism heatsink fan included with many modern AMD Ryzen processors there is configurable RGB lighting, which unfortunately AMD hadn't publicly documented or offered a Linux utility for manipulating the RGBs under Linux. Also for the Wraith Prism, Ive read that you can either use a USB header OR an RGB header to control the lighting.
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