Etronics IoT Development KIT
About eTronics IoT Development Board
ETRONICS IOT Development Platform is a unique platform with combination of Raspberrypi-3, Arduino,ESP8266 and Node MCU.The user can design and develop the algorithms pertaining to IOT based on his application.This board has a user friendly plug and play (EP8266-12E based) smart Wi-Fi board and an bluetooth module.The board also has a power regulator unit which provides power supply in the range of 12V, 5V and 3.3V, which helps in connecting wide variety of Digital and Analog sensors.This board can control electrical appliances and devices from smart phone from anywhere. You may be a researcher, student, hobbyist or business man; this development board will provide you WIFI based smart control for rapid development of smart home, intelligent lighting, hotel multi-room control, smart industrial system, engineering projects and products. Easy User Interface can be developed as a part of Cloud Services or Stand-alone web application,Mobile Application for Android & iOS.
The kit offers the easiest way to develop various applications. Just plug the components onto the development board and build the custom applications in Arduino Software – IDE with reference to the pin configurations and sample codes.
The development board has been specifically designed to fit selected sensors, outputs and wireless devices. The aim is to decrease the amount of time required for rigging up the circuits with wires and soldering, and to maximize the learning by developing various IoT applications.
- Development Board (Arduino Shield)
- Rasberry Pi 3
- Arduino Uno Compatible Rev 3 with USB Cable
- ESP8266 (ESP-01) Serial Wi-Fi Transmitter Receiver Module LCD 16X2
- Infra-Red Sensor with Digital and Analog output DHT-11 Temperature & Humidity Sensor ADXL-335 Accelerometer
- HC-05 Bluetooth Transmitter Receiver Module 2 Channel Relays with driver (On-board)
- DC Adapter 12V,2A
Note: Kindly disconnect the power adapter or ESP8266 while flashing programs to the Arduino UNO board as Rx pin (Pin 0 on Arduino UNO) has to be disengaged from any other tasks to avoid flashing errors.