In this illustration we will going to integrate the D1 ESP8266 ESP12-E Wi-Fi enabled microcontroller with Arduino IDE, The D1 contains the popular ESP8266 12-E a Wi-Fi enabled MCU board this board can be easily use and coded from Arduino
Wiring Thermocouple MAX6675 on ESP8266 12E NodeMCU
In this illustration we will going to wire a Thermocouple, i2C OLED Screen and ESP8266 NodeMCU Board, as you can see the source code it is using a C Sketch code not a LUA script, if you don’t have ESP8266
Wiring DHT11, DHT22, with OLED Screen on ESP8266 12E
Yet another illustration how to use the 0.96” OLED 128×64 Screen Display, and DHTXX Temperature & Humidity Sensor, The OLED 128X64 Screen Display module it is made of 128×64 individual blue OLED pixels, each on is can be turn on
Wiring NodeMCU ESP8266 12E with i2C 16×2 LCD Screen
Another illustration that demonstrate how to wire the i2c 16×2 LCD on ESP8266 12 Known as NodeMCU, as you can see the diagram below the SCL as Arduino Analog Pin A4 is connected to D1 on NodeMCU at the same
Wiring ESP8266 nodeMCU with HCSR04 Ultrasonic Sensor
In this illustration we will going to wire the ESP8266 12E nodeMCU with Ultrasonic Raging Sensor HCSR04. As you can see the illustration below the sensor trigger pin is connected to D1 which is pin 5 in Arduino Board, and
Arduino IDE with ESP8266 Integration for Ease Programming
In this procedure we will going to integrate the ESP8266 Scripting to Arduino IDE for easy coding and provide more power full and easier to use. if you don’t have an idea how the ESP8266 works kindly visit this link,
Running the ESP8266 LUA Script Automatically
In this guide we will going to run the LUA script automatically after flashing the ESP8266. When the ESP8266 boots. It runs the init.lua file, it will create a file called init.lua which runs the file with the instructions, also
Wiring ESP8266 WiFi Transceiver on Arduino with Relay
In this illustration we will going to wire the ESP8266 Module on Arduino but before we can proceed we need to setup the ESP8266 module using AT-COMMAND please refer to this link. As you can see the illustration below our
Wiring and Configure the ESP8266 using AT Command on Arduino
In this illustration we will going to wire and test using AT COMMAND on the ESP8266 with Arduino TTL UART to do this steps we need to remove the ATMEGA328 chip to accurately test the ESP8266 module. The AT Command
Wiring and Flashing the ESP8266 Firmware via TTL UART Bridge
The ESP8266 module has a preprogrammed firmware which support the serial interface communication by controlling using AT commands. The ESP8266 chip was develop by ESPRESSIF System, a smart connectivity platform or ESCP that provides high performance, high integration wireless SOCs,
Wiring and flashing the ESP8266 ESP201 WiFi Transceiver
This is the other model of ESP8266 module, this board has similarity with the ESP8266 V1, ESP8266 7, ESP8266 12E, the difference of this board has an on-board SMD SMC antenna and extra IO port, this module has self-contained SOC
Wiring ESP8266 Version 7 Micro RF SMA Antenna as Stand Alone
In this illustration we will going to wire as stand alone the ESP8266 Version 7 or ESP8266 7 with on-board C113 Micro RF Connector. Compared to ESP8266 01, the ESP8266 7 has extended GPIO and excellent wireless communication capability. as