QuinLED An-Penta-Plus Pinout Guide
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To be able to configure the QuinLED An-Penta-Plus in your software of choice (like WLED or ESPhome) you are going to need to know what is connected to what pins. In the below table you can see exactly how all the hardware is connected internally.
| GPIO | Board | Use |
|---|---|---|
| GPIO_36 | Button_1 | Button/Switch/Sensor connection (Pulled High, HW Debounce) |
| GPIO_39 | Button_2 | Button/Switch/Sensor connection (Pulled High, HW Debounce) |
| GPIO_34 | Button_3 | Button/Switch/Sensor connection (Pulled High, HW Debounce) |
| GPIO_15 | I²C SDA | External I²C connections using Stemma QT/Qwiic connector |
| GPIO_16 | I²C SCL | External I²C connections using Stemma QT/Qwiic connector |
| GPIO_2 | L1 | LED_1 PWM Output (CW) |
| GPIO_4 | L2 | LED_2 PWM Output (WW) |
| GPIO_12 | L3 | LED_3 PWM Output (B) |
| GPIO_32 | L4 | LED_4 PWM Output (G) |
| GPIO_33 | L5 | LED_5 PWM Output (R) |
| GPIO_13 | Digital LED Relay | Power cut for Digital LED positive output |
| GPIO_5 | Digital LED Data | Level-shifted Data pin for LED data |
Ethernet
The QuinLED An-Penta-Plus is equipped with an Ethernet port and can be configured in the following ways.
WLED
For WLED in the WiFi preferences select the QuinLED-Dig-Octa Ethernet type and everything should start working. If the option for Ethernet is missing you will need to flash a version of WLED that has Ethernet compiled in.
*Once available the build that is flashed on https://install.quinled.info will automatically have Ethernet compiled in and turned on, then it’s as simple as plugging it in and it’ll take priority over WiFi!
ESPhome
If you wish to use the Ethernet function in ESPhome please include the following code:
ethernet: type: LAN8720 mdc_pin: GPIO23 mdio_pin: GPIO18 clk_mode: GPIO17_OUT phy_addr: 0
Product shots
[photos of the front and back with plugs in front of it]