EKWB EK-D-RGB 6-Way Splitter Cable

EKWB EK-D-RGB 6-Way Splitter Cable

Brand EKWB | CL SKU 34078
 
( 1 )
$ 15 .00
product in stock 5+ in stock
Order now and it ships tomorrow!

The EK-D-RGB 6-Way Splitter Cable allows users to connect up to six digitally addressable RGB products to a single D-RGB (addressable) motherboard or controller header so that they can synchronize all their D-RGB products.


It features standard 3-pin D-RGB headers and the male-male connector pins are also included in the packaging. The splitter cable can be used with any standard 3-pin 5V D-RGB controller or any of the popular RGB sync technologies from all major motherboard manufacturers. The arrow marking on the 3-pin LED connector is to be aligned with the +5V marking on the D-RGB (addressable) header.


Please refer to the motherboard manufacturer manual or RGB controller manufacturer manual for LED type compatibility, maximum power load and maximum allowed LED strip length. For a list of EK D-RGB product power consumption, consult: https://www.ekwb.com/blog/ek-6-way-d-rgb-splitter-and-how-to-use-it/


Includes :

  • EK-RGB 6-Way Splitter Cable
  • 3-pin male-male connector (7pcs)

Generic

UPC

3831109821879

Category

Watercooling - Accessories

Brand

EKWB

Part Number

3831109821879

Works, But...

Would recommend - yes

This is a great splitter, don't get me wrong, however in my haste to getting everything connected in my system, I didn't quite realise what D-RGB splitters actually do in reality. I was hoping that each device would be addressable individually, but what the splitter does is basically makes LED 1 of each of the devices connected be in parallel, up to the last LED. So if you turn LED 1 on, all the connected devices LED 1 will turn on. You cannot just address say Fan 1's LED 1 and make it blue, while leaving everything else off or a different colour. If you have an odd number of LED's per device, then getting sequences of lights going can be somewhat interesting, due to them being in parallel. If you have 6 LED's in device 1, and 28 LED's in device 2, and you do a sequence where it turns on one more LED per second, then the first device will be fully lit after 6 steps, while the 2nd device will be incrementing up to 28. What really is needed is a D-RGB (ARGB) controller, where each device is individually addressable, rather than being in parallel with this cable. But this does what it should, no fault of the product at all. Would be nice if CL stocked something like the "Razer Chroma Addressable RGB Controller". Hint Hint.