Skip to content
Devices with an embedded ESP-Chip (Sonoff basic or 4ch for example) will have
The flashing program will do the rest for you. For monitoring you may use the Arduino IDE, a simple
Download and install these drivers before connecting the board to your computer. All connections made properly? You obviously need a device with ESP8266. the "Sonoff basic" switch, or a ESP8266 on a You might consider to get one for future use. They will not work correctly at least with Windows. ESP Easy software (FlashESP8266.exe).During testing it's useful to see what the ESP is doing. Disconnect GPIO0 from ground, the resistor to Vcc should remain. Danach die Webseite mit dem Hostnamen aufrufen uns ESPEasy konfigurieren. This downloadable zipfile contains the flash tool, a command batchfile to launch the actual flash process and three versions of the binary firmware image. It's recommended to use the flasher that is delivered with the If you get an UART with settable 5V/3.3V set it to 3.3V. male/male, male/female or female/female. Erstellt von Christian ... Danach rebootet der Wemos selbst und hängt im WLAN: ... ESPEasy konfigurieren. For other devices you need a power supply with 3.3V Follow the same flash procedure as above using the FlashESP8266.exe software.
The GPIO15 pin should always be set to "low". Flashing can go wrong by a lot of reasons. To make life easier for ESP-01 you can also use this board that has a CP2102 convertor and auto-reset circuitry for ESP-01: The ESPEasy 2.0 or ESPEasy Mega firmware will not work on the smaller devices, you'll need the 4096k modules. The fourth is the "reset" pin. The zip file contains the esptool and a script for Windows, a similar bash script for Linux is available on the terminal software like putty or a specialized program Plug in the UART and open the device manager. Select the SSID and enter your For all ESP's besides nodeMCU and WeMOS there is a "CH-PG" pin. In most cases it will show the correct port already. ESP Easy is programmed to give information via the If you use the bigger ESP's (ESP07, 07s, 12, 12e, 12f) you have to Are all cables OK? Install the drivers for your UART (USB->TTL) converter. If everything has gone right you have a useable ESP Easy device now. The FTDI232 might be one of the most faked chips at all. To get the ESP Easy running, you need to replace the firmware with the ESP Easy firmware first. serial port, the same port you use for flashing. they might have some contacting problems. After successful uploading, reboot the ESP module (press reset if you have a button or power off/power on the module) It should be on "high", so these resistors on board. Keine Stichwörter Überblick. Some modules can be flashed with an auto-reset mechanism, some need to be put in flash mode manually. Select the COM-port you have noted above.
This sets the ESP8266 into run mode. Check all of your cabling. usually COM3 or higher. Shortly rows of points appear point by point. limited to feed the ESP. and writing the data into flash memory.
Use a high quality power supply like MeanWell or similiar. Again, those using the nodeMCU or WeMOS D1 mini may skip Avoid these cheap 2€ FTDI's you may find on eBay or AliExpress! for testing. If the flashing program says it can't find the ESP, try to swap
Connect your computer or whatever back to your usual network. If you use a nodeMCU or a WeMOS, you just need an USB cable, that's all WARNING: Some devices as the "Sonoff basic" have their own power supply on board.Watch out not to swap the leads accidentally - it will kill the ESP. It helps.... Flashing the nodeMCU / WeMOS D1 mini.