ESP8266 Projects

Welcome to the ESP8266 Projects repository! This collection of projects demonstrates various functionalities and applications using the ESP8266 microcontroller with the Arduino framework.

Project List

1. AllBlank: [ALLBLANK]

   • Description: Blank
   • Components: N/A
   • Wiring: N/A
   • Usage: Turns NodeMCU To Blank

2. BlinkingLED: [BLINKINGLED]

   • Description: Blinks The In-Built LED
   • Components: N/A
   • Wiring: N/A
   • Usage: Blinks The Inbuilt LED.

3. BlinkingLEDUsingBlynkIOT: [BLINKINGLEDUSINGBLYNKIOT]

   • Description: Blinks The In-Built LED Using Blynk IOT.
   • Components: Go to Blynk IOT. Follow The Instructions In The Code.
   • Wiring: N/A
   • Usage: Blinks The Inbuilt LED.

4. WebServerCodeSTA: [WEBSERVERCODESTA]

   • Description: Blinks The Inbuilt LED Using WebServer. Video Link - https://www.youtube.com/watch?v=pqaaPSRiYec @BINARYUPDATES
   • Components: Server Is Hosted On NodeMCU's IP.
   • Wiring: N/A
   • Usage: Blinks The Inbuilt LED.

5. WebServerCodeAPM: [WEBSERVERCODEAPM]

   • Description: Blinks The Inbuilt LED Using WebServer. Video Link - https://www.youtube.com/watch?v=U1lCUFLpxiQ @BINARYUPDATES
   • Components: Server Is Hosted On NodeMCU's IP. (Note - You Have To Connect To The ESP8266's Network First!)
   • Wiring: N/A
   • Usage: Blinks The Inbuilt LED.

6. SOSLight: [SOSLIGHT]

   • Description: Blinks The Inbuilt/External LED In An SOS Pattern.
   • Components: LED, 2 Jumper Wires, Resistor, Breadboard, And A NodeMCU ESP8266.
   • Wiring: Connect A Jumper Wire To The Selected VCC Pin Of The NodeMCU. Connect The Jumper Wire To The Anode Pin Of The LED. Do The Same For The GND/Cathode Pins But Connect The Resistor In It. Your Wiring Is Ready.
   • Usage: Blinks The LED In An SOS Pattern.

7. TemperatureInterfacingWIthESP8266: [TEMPERATUREINTERFACINGWITHESP8266]

   • Description: Interfaces The DHT22 Temperature Sensor With ESP8266.
   • Components: DHT22 Temperature Sensor, 3 Jumper Wires, Breadboard, NodeMCU ESP8266.
   • Wiring: Connect The 3V3 Pin On The ESP8266 To The DHT22:VCC Pin On The Sensor. Connect The Selected Pin (In This Code, The D2 Pin) To The DHT22:SDA Pin On The Sensor. Leave Out The DHT22:NC Pin. Connect The GND Pin On The ESP8266 To The DHT22:GND Pin On The ESP8266.
   • Usage: Measures The Temperature And Humidity Around You.

Getting Started

Prerequisites

• Arduino IDE: Install the Arduino IDE from arduino.cc.
• ESP8266 Board Support: Follow the instructions to add ESP8266 board support in the Arduino IDE.
• Additional Libraries: DHT22 Library, Blynk Library.

Uploading Code

1. Clone this repository to your local machine.

   git clone https:/Cpd879/ESP8266-Projects.git