DOIT ESP8266-12E Wi-Fi Module


The DOIT ESP8266-12E is a powerful Wi-Fi module based on the ESP8266EX SoC, offering reliable wireless connectivity, compact design, and enhanced GPIO pins. Ideal for IoT, automation, and wireless communication projects.ESP-12E is a miniature Wi-Fi module present in the market and is used for establishing a wireless network connection for microcontroller or processor. The core of ESP-12E is ESP8266EX, which is a high integration wireless SoC (System on Chip). It features ability to embed Wi-Fi capabilities to systems or to function as a standalone application. It is a low cost solution for developing IoT applications


Price :  excl. GST
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1 > 103.00
50 > 101.00
200 > 100.00
500 > 99.00
1000 > 98.00
1001 > 98.00

The DOIT ESP8266-12E Wi-Fi Module is one of the most popular variants of the ESP8266 family. Built on the ESP8266EX chip, it features an integrated TCP/IP protocol stack, extended GPIO (up to 17 pins) compared to earlier versions, and a metal-shielded module for better RF performance.

Its onboard PCB antenna ensures stable wireless connectivity, while the compact form factor makes it suitable for embedding into smart devices and IoT products. The ESP8266-12E supports Arduino IDE, NodeMCU (Lua), and AT Commands, making it highly developer-friendly.
 
Specifications: DOIT ESP8266-12E Wi-Fi Module
 
  1. Chipset: ESP8266EX SoC
  2. Flash: 4MB SPI Flash
  3. Wi-Fi Standard: 802.11 b/g/n (2.4GHz)
  4. GPIO: 17 pins available
  5. Communication: UART, SPI, I²C, PWM, ADC
  6. Antenna: Onboard PCB antenna
  7. Voltage: 3.0V–3.6V
  8. Size: ~24 × 16 × 3 mm
 
Applications: ​DOIT ESP8266-12E Wi-Fi Module
 
  1. IoT Devices & Gateways
  2. Home Automation & Smart Appliances
  3. Wireless Sensor Networks
  4. Robotics & Embedded Systems
  5. Remote Data Logging
  6. DIY & Prototyping Projects

FUNCTIONAL DESCRIPTION: DOIT ESP8266-12E Wi-Fi Module

• This module does not have complex circuitry or programming so using this module is very easy. We will construct a simple application circuit for understanding the module working.

• Connect positive +3.3V power to the module.

• Interface module to a microcontroller or ARDUINO using UART (Connect RXD of ESP to RXD of µC & TXD of ESP to TXD of µC).

• Download the libraries for the module from the internet. For ARDUINO, the IDE will have pre-installed libraries. If you do not have them just update the libraries from ARDUINO website.

• Write the program for setting up the baud rate and data exchange.