![]() The first problem with smart controllers is that every manufacturer has opted to implement their own protocol to control these RGB devices, often leading to incompatibilities between brands. With the addition on an RGB controller, whether smart or “dumb”, each individual LED (or sometimes “zone” of LEDs) can be controlled to create incredible patterns and effects, bringing more life and entertainment to computer components than cold cathodes ever could. Through the use of primary-color LEDs – Red, Blue, and Green – these devices can create nearly any color combination to illuminate computer components. Modern computer cases, motherboards, GPUs, fans, and even NVMe drives now feature integrated lighting by means of LEDs. YOU must identify which type of header you have available on your mobo and buy the right TYPE of lighting accessory to match that.Gone are the days of mounting cold cathode tubes and UV-reactive accessories in computer cases. Each of these utilities can manage BOTH types of hardware header on their mobos, so the NAME of the software does NOT tell you which type of HARDWARE header is on your mobo. But each supplies one software utility with their own proprietary name, like ASUS Aura Sync, MSI Mystic Light, Gigabyte RGB Fusion, etc. Now, mobo makers sell various models that MAY include either or both types of hardware headers. ![]() These two are INcompatible, so you MUST match the lighting units' type to the mobo header you have. As you're aware, there are two major types of lighting systems dominating the market now: the plain RGB system uses a 4-pin header and 12 VDC power, and the Addressable RGB (aka ADDR RGB, or ARGB, of Digital RGB) uses a 3-pin header (looks like 4 pins with one missing) and 5 VDC power. ![]() I agree with the post above, with one caution that applies to all such systems.
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