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Devices
Devices
The supported working devices, I added a picture of the exact hardware.
Ultimarc Ultimate I/O (96 LEDs).
I used reverse engineering to get this board working, but then Andy sent me some help, Thanks Andy!
You can find more information about this device here on Ultimarc Web Site
Specifications
- 96 pins from 1 to 96
- 255 levels of intensity
Settings
- Controller name: UltimarcUltimate
- Specific options:
Know Issues
none
Image
Ultimarc PacDrive64 (64 LEDs).
You can find more information about this device here on Ultimarc Website
Specifications
- 64 pins from 1 to 64
- 255 levels of intensity
Settings
- Controller name: UltimarcPacLed64
- Specific options:
Know Issues
none
Image
Ultimarc NanoLed (60 LEDs).
Experimental
You can find more information about this device here on Ultimarc Website
Specifications
- 60 pins from 1 to 60
- 255 levels of intensity
Settings
- Controller name: UltimarcNanoLed
- Specific options:
Know Issues
none
Image
Ultimarc PAC Drive (16 LEDs).
I used reverse engineering to get this board working.
You can find more information about this device here on Ultimarc Website
Specifications
- 16 pins from 1 to 16
- On/Off only.
Settings
- Controller name: UltimarcPacDrive
- Specific options:
- changePoint set the value between 1 and 254 to differentiate from Off/On
Know Issues
none.
Image
Led-Wiz (32 LEDs).
I used reverse engineering to get this board working and some help from Randy, Thanks Randy!!
You can find more information about this device here on GroovyGameGear
Specifications
- 32 pins from 1 to 32
- 64 levels of intensity (0 to 43 using PMW)
Settings
- Controller name: LedWiz32
- Specific options:
Know Issues
none.
Image
WolfWare Tech Howder (96 LEDs).
I used reverse engineering to get this board working, I don't have the hardware myself so with the help of Zach, we searched on internet and found some code samples, and we did some remove debugging, This product is discontinued and the guy that created it disappeared, I know there are some hundreds of this devices out there.
Specifications
- 96 pins from 1 to 96
- 255 levels of intensity
Settings
- Controller name: Howler
- Specific options:
- None
Know Issues
none
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RaspberryPi GPIO (28 LEDs).
This driver uses the GPIO connector of the Raspberry Pi (lasted version 2, 3 and 4) to drive LEDs, is the first non USB device.
Specifications
- 28 pins from 1 to 28
- 255 levels of intensity
Settings
- Controller name: RaspberryPi
- Specific options:
- None
Know Issues
Needs root rights to run, except that the user get rights to access the GPIO.
Not fully tested like I want, I was able to test PIN by PIN and a maximum of 6 LEDs together before the power consumption gets too high.
You cannot connect LEDs directly to the pins, you will need to add some transistors in between.
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AdaLight Serial Devices using WLED firmware on ESP8266 (Variable number of LEDs).
This is a driver to drive serial devices, like the AdaFruit products and others.
Specifications
- Variable number of pins.
- 255 levels of intensity
Settings
- Controller name: Adalight
- Specific options:
- leds (mandatory) because can handle different serial RGB strip LEDs, so the number of LEDs need to be defined.
- port (optional, defaults to /dev/ttyUSB0) set the correct TTY port to use.
Know Issues
Needs root rights to run, except that the user get rights to access the group tty (or dialup) .
Not sure if other hardware works fine, I only tested a Lolin D1.
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