ESP32 Arduino Tutorial Overview

What is ESP32?

ESP32 is a series of low cost, low power system on a chip microcontrollers with integrated Wi-Fi and dual-mode Bluetooth. The ESP32 series employs a Tensilica Xtensa LX6 microprocessor in both dual-core and single-core variations and includes in-built antenna switches, RF balun, power amplifier, low-noise receive amplifier, filters, and power management modules. ESP32 is created and developed by Espressif Systems, a Shanghai-based Chinese company, and is manufactured by TSMC using their 40 nm process.[2] It is a successor to the ESP8266 microcontroller.

ESP32 Arduino Tutorials List:

• Arduino IDE for Building Compiling Environment of ESP32

• FireBeetle Board-ESP32 Projects - Let your cigarette lighter wearable

• How to Make a Low-Power-Consumption Fruit Battery By Use Of A Firebeetle Board-ESP32

• ESP32 Tutorial: MicroPython support

• How to Make a Smart Colorful Light
 Based On FireBeetle ESP32 IOT Microcontroller

• ESP32 MicroPython Tutorial: Parsing JSON

• FireBeetle Board-ESP32 Tutorials: Reforming a Small electric Fan

• ESP32 MicroPython Tutorial: Connecting to a WiFi Network

• ESP32 MicroPython Tutorial: Encoding JSON

• ESP32 / ESP8266 MicroPython Tutorial: Running scripts from a computer

• Application Tutorials of FireBeetle Board - ESP32 BLE: Smarten a Plugboard

• ESP32 / ESP8266 MicroPython Tutorial: HTTP GET Requests

• ESP32 / ESP8266 MicroPython Tutorial: Automatic connection to WiFi

• ESP32 MicroPython Tutorial: Using SHA-256

• ESP32 / ESP8266 MicroPython: HTTP POST Requests

• ESP32 MicroPython Tutorial: Executing scripts with uPyCraft

• ESP32 MicroPython Tutorial: Getting started with the uPyCraft IDE

• ESP32 / ESP8266 MicroPython Tutorial: Working with lists

• ESP32 / ESP8266 MicroPython Tutorial: Lambda functions

• ESP32 / ESP8266 MicroPython Tutorial: Applying filter function to lists

• ESP32 / ESP8266 MicroPython Tutorial: Working with dictionaries

• ESP32 / ESP8266 MicroPython Tutorial: Applying map function to lists

• ESP32 MicroPython Tutorial: Changing the HTTP response content-type of Picoweb route

• ESP32 MicroPython Tutorial: HTTP Webserver with Picoweb

• ESP32 Arduino Tutorial: FreeRTOS queues performance test

• ESP32 MicroPython Tutorial: Serving HTML from the file system in Picoweb

• ESP32 Picoweb Tutorial: Obtaining the HTTP Method of the request

• ESP32 MicroPython Tutorial: Developing a simple URL query string parser

• ESP32 Picoweb: Changing the returned HTTP code

• ESP32 / ESP8266 MicroPython Tutorial: String split method

• ESP32 MicroPython Tutorial: Passing arguments to a thread function

• ESP32 MicroPython Tutorial: Timer interrupts

• ESP32 MicroPython Tutorial: Getting the query parameters on a Picoweb app

• ESP32 MicroPython Tutorial: Creating a thread

• ESP32 Arduino tutorial: Websocket server over soft AP

• ESP32 Arduino Tutorial: Websocket server

• ESP32 Tutorial (Arduino Websocket server): Receiving and parsing JSON content

• ESP32 MicroPython Tutorial: External interrupts

• ESP32 Arduino Tutorial: Asynchronous HTTP webserver

• ESP32 RFID Tutorial: Printing the MFRC522 firmware version

• ESP32 Arduino Tutorial: Websocket client

• ESP32 Arduino SSD1306 OLED: Redrawing a string

• ESP32 Arduino Tutorial: Software reset

• ESP32 Arduino Tutorial: Interacting with a SSD1306 OLED display

• ESP32 / ESP8266 Arduino: Serial communication with Python

• ESP32 Arduino SSD1306 OLED: Drawing a QR Code

• ESP32 Arduino Tutorial: Base64 enconding

• ESP32 Arduino async HTTP server: Serving a HTML page from PROGMEM

• ESP32 Arduino Tutorial async HTTP server: Serving HTML

• ESP32 Arduino Tutorial HTTP server: Running multiple server instances

• ESP32 Arduino Tutorial HTTP server: Getting query parameters

• ESP32 Arduino Tutorial: Random Number Generation

• ESP32 Arduino Tutorial: Getting the Free Heap

• ESP-WROOM-32 Tutorial: Uploading a program with Arduino IDE

• ESP32 Arduino Tutorial: External interrupts

• ESP32 Arduino Tutorial: Using the pthreads library

• ESP32 Tutorial Getting started with the aREST library

• ESP32 Arduino HTTP server: external and internal redirects

• ESP32 Tutorial: ESP32 Arduino HTTP server: route not found handling

• ESP32 Arduino: HTTP server over soft AP

• ESP8266 Arduino Tutorial: Software restart

• ESP32 Arduino Tutorial: Basic Authentication

• ESP32 Projects: Mail Alarm

• ESP32 Arduino async server Tutorial: Controlling HTTP methods allowed

• ESP32 Arduino HTTP Server: Serving HTML and JavaScript

• ESP32 Arduino Tutorial: Serial communication over Bluetooth Hello World

• ESP32 Arduino Bluetooth Classic: Setting the device name

• ESP32 Arduino Bluetooth over Serial: Receiving data

• ESP32 Arduino: Getting the Bluetooth Device Address

• ESP32 HTTP server: Multiple methods allowed on same route

• ESP32 Arduino Tutorial: Variable length arrays

• ESP32 Arduino web server: getting client IP

• ESP32 Arduino Tutorial: Controlling a relay

• ESP32 Arduino: Using structs as items in FreeRTOS queues

• Mongoose OS on ESPer/Bare ESP32

• ESP32 Arduino: Encryption using AES-128 in ECB mode

• ESP32 Arduino: Getting temperature from a DHT22 sensor

• ESP32 Arduino Bluetooth: Finding the device with Python

• ESP32 / ESP8266 Arduino: Initializer list

• ESP32 / ESP8266 Arduino: Bitwise shift operators

• ESP32 / ESP8266 Tutorial: Class constructors

• ESP32 Arduino web server: Get free heap and reset device remotely

• ESP32 Arduino Tutorial: Getting weather data from API

• ESP32 / ESP8266 Arduino Tutorial: Using structs

• ESP32 / ESP8266 Arduino: The typedef keyword

• ESP32 Espruino: convert number to string in different bases

• ESP32 Arduino: Applying the HMAC SHA-256 mechanism

• ESP32 Espruino Tutorial: Array every method

• ESP32 Espruino Tutorial: Creating simple JavaScript objects

• ESP32 Espruino: Array map method

• ESP32 Espruino Tutorial: Applying the SHA1 hash algorithm

• ESP32 Espruino Tutorial: Scanning WiFi Networks

• ESP32 Espruino Tutorial: Connection to a WiFi network

• ESP32 Picoweb Tutorial: Serving JSON content

• ESP32 / ESP8266 Arduino: The auto keyword

• ESP32 Arduino Tutorial: Communication between tasks using FreeRTOS queues

• ESP32 / ESP8366 Arduino: Creating a simple class

• ESP32 Arduino Tutorial: FreeRTOS Queues

• ESP32 Arduino Tutorial: Getting available messages and free spaces of FreeRTOS queue

• ESP32 IDF Tutorial: Setting a soft AP

• ESP32 Arduino Tutorial: Inserting in front and back of FreeRTOS queues

• ESP32 Arduino tutorial: Internal Hall sensor measurements

• ESP32 Arduino Tutorial: Setting a soft AP

• ESP32 Bluetooth Tutorial: Receiving data through RFCOMM

• ESP32 Bluetooth tutorial: Advertising a SPP service with SDP

• ESP32 Arduino Tutorial: HTTP POST Requests to Bottle application

• ESP32 Bluetooth Tutorial: Finding the device with Python and BTStack

• ESP32 Arduino Tutorial: Controlling a buzzer with PWM

• ESP32 Bluetooth Tutorial: Using the BTstack library

• FireBeetle ESP32 Tutorial: Blinking the on board LED

• ESP32 Arduino Tutorial: Getting started with WiFi

• FireBeetle ESP32 Arduino Tutorial: Hello World

• ESP32 Arduino Tutorial: LED PWM fading

• ESP32 Arduino tutorial: Getting humidity measurements from a DHT22 sensor

• ESP32 / ESP8266 MicroPython Tutorial: Running a script from the file system

• ESP32 Arduino: DHT22 Minimum Sampling Period

• ESP32 / ESP8266 MicroPython Tutorial: Uploading files to the file system

• ESP32 MicroPython Tutorial: Connecting to a WiFi Network

• ESP32 / ESP8266 MicroPython Tutorial: Writing a file

• ESP32 / ESP8266 MicroPython Tutorial: Reading a file
• ESP32 Arduino Tutorial: Setting a socket server
• ESP32 Arduino: Using an infrared CO2 sensor
• ESP32 Arduino: Getting the SDK version
• ESP32 Socket Server: Connecting from a Putty socket Client
• ESP32 Arduino: Temperature, humidity and CO2 concentration web server
• ESP32 Arduino Tutorial: Decrypt AES-128 in ECB mode
• ESP32 Arduino Tutorial: Sending data with socket client
• ESP32 Arduino Tutorial Socket server: Getting remote client IP
• ESP32 Arduino Tutorial mbed TLS: using the SHA-256 algorithm
• ESP32 Espruino Tutorial: Listing property names of objects
• ESP32 Espruino Tutorial: Converting an object to a JSON string
• ESP32 Espruino Tutorial: Deserializing JSON
• ESP32 Arduino Tutorial: Obtaining MAC address of stations connected to soft AP
• ESP32 Espruino Tutorial: Get SDK version, free heap and software reset
• ESP32 Espruino Tutorial: Adding properties to previously created object
• ESP32 / ESP8266 Arduino Tutorial: Bitwise AND operator
• ESP32 Espruino DHT22 Tutorial: Getting temperature and humidity
• ESP32 / ESP8266 Arduino Tutorial: Conditional operator
• Make an HTTP request to get weather info with Zerynth
• ESP32 JavaScript Espruino Tutorial: String interpolation
• Raspberry Pi Flask Tutorial: Receiving HTTP GET Request from ESP32
• Raspberry Pi 3 Flask Tutorial: Receiving HTTP POST Request from ESP32
• ESP32 Arduino Tutorial: PIR motion sensor
• ESP32 Arduino Tutorial: PIR motion sensor and interrupts
• ESP32 Arduino Tutorial: Alarm with PIR motion sensor and buzzer
• ESP32 Arduino Tutorial HTTP server:1. Template processing
• ESP32 Arduino Tutorial HTTP Server:2. Template processing with multiple placeholders
• ESP32 Arduino Tutorial web server:3. Add header to response
• ESP32 Arduino Tutorial SPIFFS:4. Writing a file
• ESP32 Arduino Tutorial SPIFFS:5. Reading a file
• ESP32 Arduino Tutorial SPIFFS:6. Getting the size of a file
• ESP32 Arduino Tutorial SPIFFS:7. Append content to file
• ESP32 Arduino Tutorial SPIFFS:8. File upload IDE plugin
• ESP32 Tutorial web server:9. Serving HTML from file system
• ESP32 Tutorial HTTP web server:10. serving image from file system
• ESP32 Tutorial Async HTTP web server:11. websockets introduction
• ESP32 Tutorial HTTP webserver:12. receiving textual data in websocket
• ESP32 Tutorial Arduino web server: 13. Serving jQuery
• ESP32 Tutorial Arduino web server: 14. Sending data to JavaScript client via websocket
• ESP32 Tutorial Arduino web server: 15. Testing uLisp
• ESP32 Tutorial Arduino web server: 16. Receiving data from JavaScript websocket client
• ESP32 Tutorial Arduino web server: 17. Serving external CSS file
• ESP32 Tutorial Arduino: 18. Serving external CSS file
• ESP32 Tutorial Arduino: 19-1. FAT file system
• ESP32 Tutorial Arduino: 19 FAT file system: writing a file
  

• ESP32 / ESP8266 Arduino Tutorial:1. Printing numbers to serial in different bases
• ESP32 / ESP8266 Arduino Tutorial:2. Debugging with the ArduinoTrace library
• ESP32 / ESP8266 Arduino Tutorial:3. using the TRACE macro
  
• ESP32 / ESP8266 Arduino Tutorial:4. Protocol Buffers
• ESP32 / ESP8266 Arduino Tutorial:5. Protocol Buffers: messages with strings
• ESP32 Tutorial Arduino: 20. SPIFFS testing if file exists
• ESP32 Tutorial Arduino: 21. HTTP web server: Serving external JavaScript file
• ESP32 Tutorial Arduino web server: 22. template processing when serving HTML from file system
• ESP32 Arduino Tutorial: 23. FAT file system - Checking if file exists
• ESP32 Arduino Tutorial 24. HTTP web server: Handling body data
• ESP32 Arduino Tutorial: 25-1. Getting temperature from DS18B20 sensor
• ESP32 Arduino Tutorial: 25-2. Getting DS18B20 sensor unique identifier
• ESP32 Arduino Tutorial 25-3. Protocol buffers: Encoding a DS18B20 temperature measurement
• ESP32 Arduino Tutorial 26. FAT file system: Reading a file
• ESP32 Arduino Tutorial 27. FAT file system: Append content to file
• ESP32 Tutorial Arduino: 28. websocket server - receiving binary frames
• ESP32 Tutorial Arduino: 29. Websocket server - Sending binary frame to client
• ESP32 Arduino Tutorial 30. HTTP/2: Connecting to server
• ESP32 Arduino Tutorial: 31. HTTP/2 GET Request
• ESP32 Arduino Tutorial 32. HTTP/2: GET request with continuous stream response
• ESP32 Arduino Tutorial 33. HTTP/2: Adding headers to GET request
• ESP32 Arduino Tutorial: 34. Base64 decoding
• ESP32 Arduino Tutorial: 35. HTTP2 Using query parameters
• ESP32 Arduino Tutorial: 36. Decompressing Brotli encoded content
• ESP32 Arduino Tutorial: 37. Brotli decompression
• ESP32 Arduino Tutorial: 38. Serial over Bluetooth - Client connection event
• ESP32 Arduino Tutorial: 39. Serial over Bluetooth - Client disconnection event
• ESP32 Arduino Tutorial: 40. Serial over Bluetooth: Get client address
• ESP32 Arduino Tutorial: HTTP/2 PUT request
• ESP32 Arduino Tutorial: HTTP/2 POST request with headers
  
• ESP32 Arduino Tutorial: Base64 encoding (using crypto/base64 lib)
• ESP32 Arduino Tutorial: Shake Sensor Debounce
• ESP32 Arduino Tutorial: HTTP PUT request
  
• ESP32 Arduino Tutorial: Getting station interface hostname
• ESP32 Arduino Tutorial: Receiving a ping
• ESP32 Arduino Tutorial: Get WiFi soft AP interface MAC address
• ESP32 Arduino Tutorial: List all files in the SPIFFS file system
• ESP32 Tutorial: HTTP/2 GET request to Node.js server
• ESP32 Arduino Tutorial: Listing files in a SPIFFS file system specific path
• ESP32 Arduino Tutorial: Formatting the SPIFFS file system
• ESP32 Arduino Tutorial: Renaming a file in the SPIFFS file system
• ESP32 Arduino Tutorial: removing a file from the SPIFFS file system
• ESP32 Arduino SPIFFS: Getting total bytes used
• ESP32 Arduino Tutorial: Serving Bootstrap
• ESP32 Arduino HTTP server: Serving a favicon
• ESP32 Arduino: Serving a React.js app
• ESP32 Arduino Tutorial: Controlling a DC motor
• ESP32 Arduino: Serving file as attachment
• ESP32 Arduino HTTP server: Serving a favicon
• ESP32 Tutorials: HTTPS web server
• ESP32 HTTPS server: Handling multiple routes
• ESP32 Arduino HTTP server: Serving image as attachment
• ESP32 Arduino Tutorial: Getting started with the cpplinq library
• ESP32 HTTPS server: Handling route not found
• ESP32 HTTPS server: Specifying HTTP response status code
• ESP32 Arduino Tutorial: Chaining cpplinq operators
• ESP32 Arduino cpplinq Tutorial: the count operator
• ESP32 Arduino: Filtering arrays with cpplinq
• ESP32 Arduino cpplinq: Getting minimum and maximum values from array
• ESP32 cpplinq Tutorials: Concatenating arrays
• ESP32 Arduino cpplinq tutorial: the average operator
• ESP32 Arduino cpplinq: the any operator
• ESP32 Arduino cpplinq: The all operator

ESP32 Video Tutorial:

ESP32 Arduino HTTP web server: Serve Image from SPIFFS file system

ESP32 Arduino HTTP server: Serving image as attachment





ESP32 Arduino: Creating a FreeRTOS task





ESP32 Arduino: Decode base64 string





ESP32 Arduino: sh2lib installation




ESP32 Arduino: Connect to HTTP/2 server


ESP32 Arduino: Get MAC address of station interface




ESP32 Arduino: Get MAC address of Soft AP interface




ESP32 HTTP/2: Add query parameters to GET request




ESP32 HTTP/2: Add headers to GET request