\n\nIt’s an open source IoT platform, based on ESP8266 Wi-Fi SoC with firmware, will combinated with hardware based on ESP-12 module. It's designed for easy prototyping, and it includes a simple, easy to use scripting language called Lua. The board comes with inbuilt wifi support, various GPIO pins, and countless number of sensors and peripherals, hence enabling an ideal package for developing IoT projects.\n\n
esp8266pinout -EG0158
\n\n\n\n\n\nBefore you can actually buy a product that includes a device driver, you can use the information in Understanding Pin Configuration to see whether you’ll need any additional drivers.\n\n\n\nIf you’re at all interested in building projects with the NodeMCU, you’ve got to learn the ESP8266 pinout. We get a variety of pins in this module, like multiple GPIO pins, ADC pin for analog input, power pins, and ground pins. It helps us to accurately connect the sensors, actuators and other components. We provide detailed pinout diagrams to help developers with their projects’ set up, so that all the connections needed for best performance are made accordingly.\n\n
esp8266 arduino
\n\nThis is about How to Connect ESP8266 with Arduino.\n\n\n\nThis integration with the ESP8266 and Arduino opens up a lot of possibilities for doing enhanced IoT and automation projects. All these steps include connecting the ESP8266 module to the Arduino board using an easy procedure. With the Arduino IDE, developers are able to write and upload code to the ESP8266, reap the benefit of the ESP8266 capabilities for Wi-Fi access and make use of the large Arduino library base. It makes both these platforms so seamlessly integrated that we can achieve truly robust and scalable project development.\n\n
arduino and esp8266
\n\n
Advantage of Using the Arduino with ESP8266
\n\nCombining Arduino with ESP8266 brings together the best of both worlds: Because Arduino is user friendly and ESP8266 is powerful Wi-Fi. This synergy makes it easy for developers to develop sophisticated IoT applications. The environment does support many libraries that allow to control and monitor devices from remotely. Furthermore, combining these platforms into a single platform creates opportunities for rapid prototyping and deployment which enables novel solutions in the home automation, smart agriculture, and many others.\n\n
A History and Development of NodeMCU
\n\nThe purpose of developing NodeMCU is to give a low cost and easy to use IOT development platform. NodeMCU was originally an open sourced project which soon became popular because it was simple and effective. The firmware is based from the eLua project and runs on ESP8266 Wi-Fi SoC, which includes superb performance and low power consumption. Although NodeMCU has changed over the years with improvements and additional features the go to for hobbyist and professional developers alike.\n\n\n\nsimilar products : arduino, arduino uno spec, nano
Related products
Choosing a selection results in a full page refresh.
\n\n\n\nBefore you can actually buy a product that includes a device driver, you can use the information in Understanding Pin Configuration to see whether you’ll need any additional drivers.\n\n\n\nIf you’re at all interested in building projects with the NodeMCU, you’ve got to learn the ESP8266 pinout. We get a variety of pins in this module, like multiple GPIO pins, ADC pin for analog input, power pins, and ground pins. It helps us to accurately connect the sensors, actuators and other components. We provide detailed pinout diagrams to help developers with their projects’ set up, so that all the connections needed for best performance are made accordingly.\n\n