Specifications:-
General Requirements
•IoT training platform based on a Linux-enabled embedded system.
•Suitable for academic and industrial training.
•Supports hardware interfacing, sensor integration, communication protocols, cloud connectivity, and application development.
•Enables in-depth practical learning of IoT concepts and applications.
•Linux-based with OS porting capability.
•Supports Python, C, and Arduino programming.
•Includes Qt-based GUI development environment support.
•Provides IoT gateway functionality using Wi-Fi and Ethernet.
•Enables local cloud and server configuration.
•Supports GUI-based IoT application development.
•Interfaces for sensor and actuator integration.
•Supports multiple industrial communication protocols.
•Camera connectivity and display interface support.
•Supports USB HID and CDC interfaces.
•Includes LED, motor driver, relay, and ADC interfacing capabilities.
Functional Features
•Linux OS support with porting capability.
•IoT gateway functionality with Wi-Fi and Ethernet.
•GUI-based IoT application development.
•Sensor and actuator interfacing.
•Industrial communication protocols: UART, RS485, I2C, SPI, MQTT.
•Camera and display interface support.
•Cloud and server configuration capability.
Technical Specifications Processor & System
•Processor: 64-bit ARMv7 Quad Core, 1.2 GHz.
•RAM: 8 GB.
•Storage: 32 GB (expandable).
•Operating System: Linux.
Connectivity
•Wi-Fi: 802.11 b/g/n.
•Bluetooth: 4.1.
•Zigbee: 2.4 GHz.
•Ethernet: 10/100 Base T.
•USB Ports: Minimum 4.
Interfaces & I/O
•HDMI and Composite video output.
•3.5 mm audio output.
•MIPI camera interface (15-pin).
•Color TFT display support.
•8 Analog inputs.
•4 Relay outputs.
•Buzzer output: 1 No.
•Motor driver support: Stepper and DC motor.
•Serial communication: RS485, I2C, SPI.
•USB to serial converter support.
•5 inch LCD touch screen Display with HDMI.
Arduino Module Specifications
•Microcontroller: ATmega328.
•Operating Voltage: 5V.
•Digital I/O: 14 (6 PWM enabled).
•Analog Inputs: 6.
•Flash Memory: 32 KB (including bootloader).
•SRAM: 2 KB.
•EEPROM: 1 KB.
•Clock Speed: 16 MHz.
Sensors & Actuators Included
Comprehensive kit comprising (but not limited to):
•Temperature, humidity, soil moisture, air quality, flame, PIR, vibration, and light sensors.
•Hall effect, magnetic, infrared, photo interrupter, and obstacle detection modules.
•Buzzer, LEDs (multiple types), relay, motor control modules.
•Joystick, rotary encoder, touch, knock, and heartbeat sensors.
•Additional environmental and industrial sensing modules.
Power Requirements
•Power Supply: 5V, 2A.
Training & Experimental Scope
A. Introduction to IoT
•Definition, importance, and history of IoT.
•Machine-to-Machine (M2M) and Web of Things concepts.
•IoT architecture layers and communication patterns.
•IoT protocols and market applications.
B.Linux Operating System for IoT
•Fundamentals, installation, and configuration.
•Command line operations, shell usage, and file system management.
•Networking and system administration.
C.Shell Scripting
Basics, script creation, execution, and flow control.
D.Programming for IoT
C programming.
Python programming.
Arduino programming.
E.Hardware Interfacing
Sensor and actuator interfacing.
ADC, DAC, and digital I/O operations.
F.Communication Protocols
UART, RS485, I2C, SPI.
MQTT protocol.
Wi-Fi and router communication.
GSM module interfacing (optional).
G.Cloud & Server Configuration
Database setup and management.
Cloud connectivity and server configuration.
Web application development for IoT systems.
H.GUI Development
Qt-based GUI design and implementation.
C++ programming for IoT applications.
I.Application Areas / Case Studies
•Smart agriculture.
•Smart environment monitoring.
•Industrial automation.
•Smart home automation.
•Smart security systems.
