ESP8266 Wifi Bee (Arduino Compatible)
- Product SKU: DF_TEL0092
- Category: Communication, Modules
- Order within
Wifi Bee-ESP8266 is a Serial-to-WIFI module using XBEE design in a compact size, compatible with XBEE slot, applicable to a variety of 3.3V single-chip system. It can be used for Arduino, wireless data transfer, remote control. On-board switch can be used to easily select the Startup module or Upgrade firmware.
ESP8266 arduino module has a powerful on-chip processing and storage capacity, built-in 32-bit processor, built-in Lwip protocol stack. Support AP+STA mode co-exist. And you could configure various parameters via AT commands.
Note: Since the STA mode which support the Server mode is not stable, we are working on that you could refer to the ESP8266 manual book to try.
Note: In order to configure this module, you will need an adapter or Xbee shield that lets you communicate with the module, before you can plug it and use on other modules. Compatible device: Xbee USB adapter (FTDI)
ESP8266 Tutorials:
ESP8266 micropython- Tutorial 1: Introduction
ESP8266 micropython- Tutorial 2: Micropython GPIO
ESP8266 micropython - Tutorial 3: Micropython Timer I2C
ESP8266 Micropython - Tutorial 4: How To Interrupt Micropython
ESP8266 Micropython -Tutorial 5: Micropython UDP
ESP8266 WiFi Bee: Connecting to an Access Point with AT commands
ESP8266 Tutorial: MicroPython Support
ESP8266 MicroPython Tutorial: Simple variables
ESP8266 WiFi Bee: Setting an Access Point with AT commands
ESP32 / ESP8266 MicroPython Tutorial: Running scripts from a computer
ESP32 / ESP8266 MicroPython Tutorial: HTTP GET Requests
ESP32 / ESP8266 MicroPython Tutorial: Automatic connection to WiFi
ESP32 / ESP8266 MicroPython Tutorial: Working with lists
ESP32 / ESP8266 MicroPython Tutorial: Lambda functions
ESP32 / ESP8266 MicroPython Tutorial: Applying map function to lists
ESP32 / ESP8266 MicroPython Tutorial: String split method
ESP32 / ESP8266 MicroPython Tutorial: Applying filter function to lists
ESP32 / ESP8266 MicroPython Tutorial: Working with dictionaries
ESP32 / ESP8266 Arduino: Bitwise shift operators
ESP32 / ESP8266 Tutorial: Class constructors
ESP32 / ESP8266 Arduino Tutorial: Initializer list
ESP8266 Arduino: Asynchronous HTTP web server
ESP32 / ESP8266 Arduino: The typedef keyword
ESP32 / ESP8266 Arduino Tutorial: Using structs
ESP32 / ESP8266 MicroPython Tutorial: Writing a file
ESP32 / ESP8266 Arduino: The auto keyword
ESP32 / ESP8266 MicroPython Tutorial: Reading a file
ESP32 / ESP8366 Arduino: Creating a simple class
ESP8266 Tutorial: Adding Swagger UI to REST API
Specification
ESP8266 WiFi Bee: Setting an Access Point with AT commands
Shipping List
ESP32 / ESP8266 MicroPython Tutorial: HTTP GET Requests
Wifi Bee-ESP8266 is a Serial-to-WIFI module using XBEE design in a compact size, compatible with XBEE slot, applicable to a variety of 3.3V single-chip system. It can be used for Arduino, wireless data transfer, remote control. On-board switch can be used to easily select the Startup module or Upgrade firmware.
ESP8266 arduino module has a powerful on-chip processing and storage capacity, built-in 32-bit processor, built-in Lwip protocol stack. Support AP+STA mode co-exist. And you could configure various parameters via AT commands.
Note: Since the STA mode which support the Server mode is not stable, we are working on that you could refer to the ESP8266 manual book to try.
Note: In order to configure this module, you will need an adapter or Xbee shield that lets you communicate with the module, before you can plug it and use on other modules. Compatible device: Xbee USB adapter (FTDI)
ESP8266 Tutorials:
ESP8266 micropython- Tutorial 1: Introduction
ESP8266 micropython- Tutorial 2: Micropython GPIO
ESP8266 micropython - Tutorial 3: Micropython Timer I2C
ESP8266 Micropython - Tutorial 4: How To Interrupt Micropython
ESP8266 Micropython -Tutorial 5: Micropython UDP
ESP8266 WiFi Bee: Connecting to an Access Point with AT commands
ESP8266 Tutorial: MicroPython Support
ESP8266 MicroPython Tutorial: Simple variables
ESP8266 WiFi Bee: Setting an Access Point with AT commands
ESP32 / ESP8266 MicroPython Tutorial: Running scripts from a computer
ESP32 / ESP8266 MicroPython Tutorial: HTTP GET Requests
ESP32 / ESP8266 MicroPython Tutorial: Automatic connection to WiFi
ESP32 / ESP8266 MicroPython Tutorial: Working with lists
ESP32 / ESP8266 MicroPython Tutorial: Lambda functions
ESP32 / ESP8266 MicroPython Tutorial: Applying map function to lists
ESP32 / ESP8266 MicroPython Tutorial: String split method
ESP32 / ESP8266 MicroPython Tutorial: Applying filter function to lists
ESP32 / ESP8266 MicroPython Tutorial: Working with dictionaries
ESP32 / ESP8266 Arduino: Bitwise shift operators
ESP32 / ESP8266 Tutorial: Class constructors
ESP32 / ESP8266 Arduino Tutorial: Initializer list
ESP8266 Arduino: Asynchronous HTTP web server
ESP32 / ESP8266 Arduino: The typedef keyword
ESP32 / ESP8266 Arduino Tutorial: Using structs
ESP32 / ESP8266 MicroPython Tutorial: Writing a file
ESP32 / ESP8266 Arduino: The auto keyword
ESP32 / ESP8266 MicroPython Tutorial: Reading a file
ESP32 / ESP8366 Arduino: Creating a simple class
ESP8266 Tutorial: Adding Swagger UI to REST API
Specification
ESP8266 WiFi Bee: Setting an Access Point with AT commands
Shipping List
ESP32 / ESP8266 MicroPython Tutorial: HTTP GET Requests
RETURNS POLICY
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