The Arc Lab’s IoT Experienced Kit is a comprehensive, all-in-one embedded systems trainer designed to bridge the gap between theoretical knowledge and hands-on practice in the world of IoT. Built for students, educators, and professionals, this kit combines powerful microcontrollers with industry-standard sensors and modules to provide an unmatched development experience.
 
It supports popular controllers like Arduino UNO, ESP32, STM32, Raspberry Pi Pico, and Raspberry Pi 4/5, making it highly adaptable for various learning and prototyping needs. With integrated modules for LoRa, GSM/4G, RS485, and Wi-Fi/Bluetooth, users can simulate real-world IoT applications such as smart home systems, industrial monitoring, and remote sensor networks.
 
Key onboard components include barometric, temperature, humidity, ultrasonic, voltage, and IR sensors, along with output devices like TFT displays, buzzers, and RGB LEDs. This kit is ideal for creating wireless sensor networks, experimenting with embedded systems, or integrating cloud platforms such as Arc Lab Cloud, Blynk, or custom MQTT servers.
 
Features and Specifications
 
Multi-Microcontroller Support
Arduino Uno (ATmega328P) – Beginner-friendly development
ESP32 DevKit – Dual-core MCU with Wi-Fi + Bluetooth for advanced IoT
STM32 DevKit – ARM Cortex-M for industrial-level prototyping
Raspberry Pi Pico/W – RP2040 microcontroller with optional Wi-Fi
Raspberry Pi 4/5 Header – Interface support for Pi-based projects
 
Communication Interfaces
LoRa Module Interface – Long-range wireless data transmission
GSM/4G Module (SIMCOM) – Onboard SIM slot for cellular connectivity
RS485 Communication – Industry-standard serial interface
I2C & UART Headers – Seamless peripheral integration
 
Display & Output Devices
1.8” TFT Color Display (SPI-based) – Visual feedback for projects
RGB LED – Full-color indicators
Active Buzzer – Audio notifications and alerts
4x DP Switches with onboard LEDs – Toggle controls and status lights
 
Sensor Interfaces
BMP180 – Barometric pressure and temperature sensor
DHT11 – Temperature and humidity monitoring
Ultrasonic Sensor – Distance and obstacle detection
IR Obstacle Detection Sensor – Basic proximity sensing
INA219 – Current and voltage monitoring
Potentiometer – Analog input testing for ADC
 
Actuator Interfaces
Dual Relay Module (RELAY1 & RELAY2) – AC/DC load switching
Servo Motor Port – Control for robotics and mechanical systems
Digital Output Headers – For external actuators and expansion
 
Power & Connectivity
USB-Powered – Easy connection via microcontroller boards
Onboard Regulated Power Rails – Stable voltage for sensors and modules
GPIO Breakout Headers – Direct access to all major MCU pins
 
What’s Included
Pre-assembled IoT Experience Training Board
Optional Power Supply
Access to Sample Codes and Manuals
Technical Support from the Arc Lab Expert Team