GELID presents CODI6, a new programmable six-channel addressable RGB LED controller. The device is based on the Arduino UNO board and will be sold for $29 (26EUR).
The CODI6 ARGB Controller Kit takes the full control of ARGB fans and ARGB strips. It includes the Arduino
UNO compatible USB controller board and add-on modules for 6 independently programmable ARGB
channels (5V) and 6 PWM fan channels (12V) on top. With 4A per-channel current output, up to 6 ARGB
fans or ARGB strips are supported. The RGB controls are loaded via open-source Arduino IDE software and
can be easily programmed by various multi-function code samples available from open-source online
repositories, or by your own fully custom code to implement any possible, virtually unlimited RGB effects.
The CODI6 ARGB Controller Kit also provides on-board function button for quick mode switching and
supports optional ultrasonic sensor for remote control. Additionally, 4 magnetic stands and a sticky gel pad
are all included too, so you can mount the CODI6 ARGB Controller Kit anywhere inside your PC.
“At the very apex of technology, the new CODI6 Controller is here to release the full power of RGB. Now you
can control every aspect of your RGB rig, program up to 6 Addressable RGB fans or RGB strips
independently, and move beyond imagination with countless number of dynamic RGB effects”, said Gebhard
Scherrer, Sales Director of GELID Solutions Ltd.
The CODI6 ARGB Controller Kit is available now and has a MSRP of USD 29 or Euro 26.
About Addressable RGB (ARGB)
In standard RGB applications, this type uses the standard RGB header with 4-wiring: 12V, R, G, B. All the
LEDs integrated with the fan or strip are then connected onto the same 4 busses, they are all controlled as a
whole, so they each will output exactly the same color. Unlike the standard RGB, controls of the addressable
RGB (ARGB) are digital in nature. For this case, the fans or strips use the addressable RGB header with 3-
wiring: 5V, D, Ground. And the integrated LEDs have a special companion IC which drives each of them
individually: it resides on a one-wire serial bus and broadcasts commands like “LED number 3, 5 and 6:
switch to green” to set the desired color per individual LED. So, each of the LEDs has its own digital ID and
is controlled independently from the others. In turn, an external app can be used to program the IC giving
virtually unlimited options of color modes and dynamic effects. Rainbow, rotating colors, multipoint pulsating
colors and other stunningly vivid RGB effects are available only with the addressable RGB.