ESP LED Strip Board, Mosfet Drive


  • Based on ESP8266 Wifi IC, ESP-12F module.
  • One channel RGB LED strips (can also be used for three channels LED strips)
  • One extra channel white LEd strips.
  • Jumper select to support WS2812 LED strips or ring board.
  • Input voltage 6-27V, also power LED strip, if LED strip is 12V, input voltage should be 12V. For WS2812, input voltage should use 5V.
  • On board Mosfet control is FR1205, support up to 44A/55V, for low light 5050 white led strip is about 0.4A 12V(5W), so technically support up to 100 meter per channel.
  • Lead out all extra pins of ESP-12F for other use. Two buttons – flash and reset.
  • Package Inlcudes:
    • Main control board
    • Plastic case kit (smaller than ESP relay board.)
    • DC5.5-2.1CM power input cable
    • RGB connecting cable
    • normal 5050 white LED strip (10CM width) cable.

Reserved pins for our RF-LINK EDRF2 module here. (one channel trigger IO0 Low)

Additional information

Weight 0.04 kg

7 reviews for ESP LED Strip Board, Mosfet Drive

  1. 4 out of 5


    I bought five of them. With the original software I didn’t get the Leds controlled. Not via MQTT and also not via the HTML commands.

    The solution was to install EspEasy with the RGBW plugin from the Playground.

    Now everything is running as expected!

    For the next revision, it would be nice if the voltage input terminal are marked with Vcc and Gnd.

  2. 4 out of 5

    andreaslindegger (verified owner)

    Cool thing, but the high frequency noice could be desturbing. Can we set the switching frequency somehow? Maybe with that we could make the noice less desturbing (higher then 20kHz)

  3. 5 out of 5

    Albert (verified owner)

    These are excellent little boards. Flexible voltage regulation and very tidy enclosure – a great way to make compact and polished IoT projects with only one power supply. I’ve started using these for non-LED strip projects because they’re just so darn versatile. I’ve got a couple driving SK6812 RGBW strips with no issues.

    Pre-soldered male headers and IO0 button make re-flashing easy. Screw terminals are convenient for testing but I would recommend instead soldering to the legs of the terminals, which are available on the underside of the board. It’s even not too hard to solder directly to the pads on the ESP8266 module itself.

    Would love to see Vcc and Gnd marked as per a previous review – luckily this is easy to work out with some continuity testing.

  4. 3 out of 5

    Pierre (verified owner)

    I bought 5 pieces and the older version was delivered, with the buttons aligned on the esp8266, it is not working. can you help me?

  5. 3 out of 5

    Chao (store manager)

    Hi, The function of the buttons never changed, one is IO0 for programming, one is reset button. IO0 is also programmable and do nothing if not program it. Please let me know more details why it is not working. Please email to, I will also email you for details. Thank you.

  6. Rowan Etkinson

    PWM noise is really annoying

  7. Spectrumero

    This works perfectly with Esphome using a RGBW 12V led strip, this is the config yaml you can use:


    name: nameyourledstrip
    platform: ESP8266
    board: esp01_1m

    # Enable logging

    # Enable Home Assistant API

    password: “xxxx”

    ssid: “YourWIFISSID”
    password: “Your_password”

    # Enable fallback hotspot (captive portal) in case wifi connection fails
    ssid: “XXX Fallback Hotspot”
    password: “XXXXX”


    – platform: rgbw
    name: “Livingroom Lights”
    red: redpin
    green: greenpin
    blue: bluepin
    white: whitepin

    – platform: esp8266_pwm
    id: redpin
    pin: 15
    max_power: 100%
    – platform: esp8266_pwm
    id: greenpin
    pin: 12
    max_power: 100%
    – platform: esp8266_pwm
    id: bluepin
    pin: 13
    max_power: 100%
    – platform: esp8266_pwm
    id: whitepin
    pin: 14
    max_power: 100%

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