Thanks for that my friend. I did find that article… But couldn’t see anything to identify the strip type or anything with that many wires and or a way to use this type, of course with wled.
The strip type is a non-addressable LED strip, basically a strip where you apply power and it simply lights up all LEDs at once. You can control them using the circuit described in the link.
Well, this is an RGBCCT 5V Stripe. 5050 RGB LED and 2x 3528 LEDs for white and warmwhite. You will need an Controller with 5x logic level MOSFET - each per cannel.
But 5V isn’t efficency. Much current and much losses in resistors.
white and blue LEDs have maximum 3V Uf - 2V will heat the resistors.
And voltage losses in +5V mainline will result in different lightcolors in a long LED stripe with source an one end only.
12 or better 24V Stripes have more efficincy. On 5V stripe you have one LED per row, 12V version 3 LEDs per row and 24V 6 or 7 LEDs p. row. This will result in significant lower current. 5V migt be better for addresable LEDs - you can drive each LED separate. 12V groups of 3 and so soon.
But thumb analog LEDs you can’t adress - no plus for you
And color mixing by withe or color and white shows ugly, cause the distance between LED chips is extreme
As has been said over and over: They are Analog LED strips. They are not digital addressable LEDs.
This is a direct link to the ‘Analog’ info for WLED (this link is farther down the page vs the link that was provided above): Compatible LED strips - WLED Project
To drive them you need to use mosfets (as described/shown in the link). All LEDs in the strip will do the same color. If you set Red: The whole strip is Red. If you want Blue the whole strip is blue… and so on. The examples in the KB only show RGB. RGB-CCT would be the same but with 2 more mosfets. One for each white channel.