Installation of ESPixelStick Firmware.

To get started, if this is the first time you have ever used a arduino/esp device, your system will require a one time install of the system driver to communicate between your computer and the ESPartstick.

CH340 driver

Extract the zip file and launch the CH341SER.EXE

Next, install the espixelstick firmware into your new art stick.

Download the following firmware installer:

Stable version April 18, 2019 EspixelStick Firmware

Ignore the source packages listed, you only need ESPixelStick_Firmware-*.zip.

Extract the ESPixelStick_Firmware zip file into its own directory.

(NOTE) The compressed file needs to be decompressed. Winrar is a great tool for this.

Plug the EspArtStick in from your computer using a standard USB to micro USB cable.

Launch ESPSFlashTool by double-clicking on ESPSFlashTool.jar.

NOTE: if ESPSFlashTool does not launch, you will need the Java runtime Java RunTime

Enter the SSID and Passphrase for your WiFi access point.

Device ID is just a plain text identifier to help you tell your PixelSticks apart. It can also be changed via the web

interface once programmed. Typically, locations or element names make good IDs (i.e. Lower Windows, Mini

Tree 1, Matrix, etc.)

Select Device Mode to choose if you want this to be a Pixel or Serial device. Most use Pixels.

Select your Serial Port.

Enter programming mode on the EspArtStick using the following procedure

Hold down the PROG button.

Press and release the RESET button.

Wait 2 seconds.

Release the PROG button.

The ESPArtStick is now in programming mode.

Click Upload to program your ESPixelStick.

Once the upload is complete, the ESPixelStick will relay is configuration status to the Serial Output window.

You can now connect to the ESPArtStick with your web browser for further configuration.

Go to the Wireless tab and turn off DHCP to set your own IP address.

Pixel Count Set the number of pixels used on your EspArtStick

Channels Change the channel to 510. 512 will result in color shifts

Brightness: Brightness Levels are 1 = 100% and 0.5 is 50%

Color Order WS2811 (Bullet Nodes) are RGB and WS2812 (neopixel or strips) GRB

Zip Zag Used for when you create a matrix and the number of zip zgas used