Question

What is DRGB ?

Answer 1

Who am I? What the difference between us?

◆As turning on under the mode of unusing any light effects, the beads of whole light strip or light plate only has one kind of colors. Even turning on RGB, the light effects are also rotated once one color, like the theory of traffic light.

◆As turning on, the mode of light effect shows the same as the one did last time. The beads of whole light strip or plate can be changed by the mode of light effects which showing different colors from each other. The light effect is kaleidoscopic, and also can show the same effect with RGB.

◆Comparison of actual light effect:

I wanna show off, but what's the support I'd need?
◆RGB

The end of Power supply is 4PIN.The sequence is +/G/R/B (some motherboards are shown +12V/G/R/B). Please plug in the corresponding direction of motherboard, controller or the wire integrator for one to many. If choosing the motherboard as the power supply, the light effect can be synchronize with MB.

◆DRGB

The end of power supply is 3PIN. The sequence is +/D/↓ (some motherboards are shown +5V/D/↓, and the plug is like 4PIN but the 3rd PIN is empty). Please plug in the corresponding direction of motherboard, controller or the wire integrator for one to many. If choosing the motherboard as the power supply, the light effect can be synchronize with MB.

Answer 2

DRGB is similar to traditional RGB because it uses red, green, and blue LEDs to create color combinations, but with one big difference Digitally Addressable RGB (DRGB) allows you to color each LED individually, rather than choosing one static color for the entire LED strip, meaning you can go full rainbow unicorn with your Gaming PC.

Answer 3

DRGB stands for Digital RGB. It is a type of lighting control technology often used in computer hardware, such as motherboards, GPUs, and peripherals, to control RGB lighting effects. DRGB typically operates with individually addressable LEDs, meaning each LED in a strip or device can be programmed to display a different color simultaneously, allowing for more dynamic and customizable lighting effects compared to traditional RGB setups.

DRGB headers on compatible hardware use a 3-pin (5V) connection, which is distinct from the 4-pin (12V) connection used by standard RGB. This distinction is critical when connecting components to ensure compatibility and avoid damage.