
Save 10% On Your Entire Order using code MEMDAY22
Overview
RGBW-A6 series four channel RGBW amplifier. Maximum 6 Amps per channel/24 Amps total. Increases the load capability and extends the signal of universal RGBW controllers. Required if exceeding the maximum load capability of any universal RGBW controller. 12~24VDC operation.

- Supply voltage of this product is 12~24 Volts DC, do not exceed
- Shorting output wires my cause damage to amplifier
- Always observe proper polarity when connecting power and load
- For indoor use only - this product is not waterproof or weatherproof
Power supply needed for operation.
Red (positive) and black (negative) wires can be joined with butt connectors, wire nuts, or wire terminals. Additional power wires continue to the LED controller. Power wires are also needed to run the amplifier.
LED controller has five wire inputs that connect to the strip: white, blue, green, red, and black. Wires are screwed into the controller for a secure connection.
The RGBW strip needs RGBW wires soldered to their respective colors: white, blue, red, green, and black. These wires are screwed in the amplifier's input terminal.
The amplifier has RGBW inputs and RGBW outputs. Power can either be from a CPS power supply or (positive +) and (negative -) wiring. Wires are screwed into the amplifier for a secure connection. The amplifier is now setup and will carry the signal from the controller.

Specifications
Click any blue question mark for specification details and explanation.
![]() |
Amplifier shown with power supply, controller, and two RGBW LED Light Strips (not included)

Diagram

Accessories

Reviews
Overall Rating
Total Reviews
Tell Us What You Think
Share your own experience and photos of this product. Doing so will help inform other potential buyers and allow us improve our product lines. It may take up to 72 hours for your review to appear.
RGBW-A6
Product worked as intended. Simplified my installation.
Only downside is the amp takes a while to power on the LED strings (3 to 5 sec delay).
You will also notice a delay in the off side. Must be the caps discharging.
I am using a 10 amps supply, not sure if this is contributing to the effect.