QuinLED-ESP32 Ethernet

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Pin data comes from the vendor’s docs and schematics and hasn’t been checked on hardware yet. Firmware built from main since the ESP-IDF port also needs ESPresense#2537: without it this board’s Ethernet clock comes out on the wrong pin and Ethernet never links.

Works, with caveatsFor QuinLED's LED controllers; fine as a wired node if you already have one. No PoE.

Chip	ESP32
Form factor	D1 Mini32 footprint with stacked Ethernet board
Flash	Not documented
Antenna	PCB antenna
USB	USB-C (CH340C)
Install	Browser installer, esp32 flavor
Price	~$15
Stores	quinled

GPIO

GPIO	Function	ESPresense setting
2	Blue LED (v2r1 and later)	LEDs
0	Boot button	—
5	Ethernet power	—
17	Ethernet clock out	—

Template

Paste this into the Board Template box on the node's Templates page, then Preview and Apply (firmware v5.0.0b1 or later). It sets the board's pins (and Ethernet type, if it has one) in one go. The LED, input and output lists replace what was configured before, so the result doesn't depend on the node's old setup. See Templates.

{"name":"QuinLED-ESP32 Ethernet","chip":"esp32","settings":{"leds":[{"type":"pwm","pin":2,"count":1,"control":"status"}],"inputs":[],"outputs":[],"eth":4}}

Copy

Formatted, with what each value means

{
  "name": "QuinLED-ESP32 Ethernet",
  "chip": "esp32",
  "settings": {
    "leds": [
      {
        "type": "pwm",
        "pin": 2,
        "count": 1,
        "control": "status"
      }
    ],
    "inputs": [],
    "outputs": [],
    "eth": 4
  }
}

LED type: pwm, pwm_inverted, grb, grbw, rgb or rgbw (the last four are addressable). LED control: mqtt, status, motion, count, or output (follows the output numbered byoutput). Input type: pullup, pulldown or floating, with_inverted for active-low. Output type: output, output_inverted, or high/low for a pin that's just held at that level. An output's input is the 1-based input that controls it. power takes ESPHome's hlw8012 values (a cse7766 needs only rx); sel_inverted matches ESPHome's inverted on sel_pin. eth is the Ethernet Type's option number.

Notes

• The Ethernet Type is for the ABE (board antenna + Ethernet). The Ethernet board only comes pre-soldered to a QuinLED-ESP32, for example the “with LAN” Dig-Uno and Dig-Quad.
• There’s no PoE: 5 V only (don’t exceed 6 V).
• The template uses the blue LED on GPIO 2 for status. It’s only on v2r1 and later, and its polarity isn’t documented. If it’s lit when it should be off, change the LED type to pwm_inverted.
• On a Dig-Uno/Quad, the LED channels use some of the free pins; check QuinLED’s pinout guide before adding sensors.
• I2C is off by default.
• GPIO 18, 19, 21, 22, 23, 25, 26 and 27 belong to Ethernet (RMII and MDIO/MDC). Don’t put sensors on them. GPIO 5 and 17 too.

Sources

• QuinLED-ESP32 Ethernet
• QuinLED-ESP32 revision history