MICRO CONTROLLERS

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Microcontroller Boards for Robotics, IoT, and STEM Projects

Whether you are building your first electronics project or developing a complex embedded system, the right microcontroller board makes all the difference. Our collection features the two most trusted platforms in the world- the Arduino UNO and the Raspberry Pi 3 Model B+ — giving students, hobbyists, and, developers a reliable starting point for robotics, IoT, automation, and beyond. Affordable, beginner-friendly, and backed by massive global communities, these boards are built to bring your ideas to life.

What Are Microcontroller Boards Used For?

Robotics

Control motors, sensors, and actuators in robot builds

IoT Projects

Connect hardware to the internet for smart, data-driven systems

Home Automation

Build systems that control lights, temperature, and appliances

STEM Learning

Hands-on programming and electronics for students at all levels

Embedded Systems

Develop real-world solutions for industrial and commercial applications

DIY Electronics

Prototype circuits, automation systems, and custom devices

Types of Microcontroller Boards

Arduino UNO — Rs. 559

  • Best entry-level microcontroller for beginners
  • Based on ATmega328P with simple C++ programming
  • Ideal for small projects, sensor integration, and learning electronics
  • Easy to connect, program, and debug via USB

Raspberry Pi 3 Model B+ — Rs. 5,499

  • Full single-board computer running Linux-based operating systems
  • Handles complex projects requiring processing power and connectivity
  • Supports Python, Java, and other high level programming languages
  • Best for AI projects, media centers, IoT hubs, and advanced STEM builds

Specifications

  • Operating Voltage: 3.3V to 5V DC, depending on the board
  • GPIO Pins: Multiple digital and analog I/O pins for sensor and actuator connections
  • Clock Speed: Ranges from 16 MHz to 1.4 GHz, depending on the platform
  • Connectivity: USB, WiFi, Bluetooth, and Ethernet options available across the range
  • Programming Interface: USB port for direct code upload and debugging
  • Supported Languages: C++, Python, Java, and other high-level programming languages
  • Wireless Support: WiFi 802.11 b/g/n/ac and Bluetooth 4.2 available on select boards
  • Display Output: HDMI support available on advanced boards
  • Compatibility: Works with all standard sensors, motors, shields, and electronics modules
  • Community Support: Backed by a large global developer and student communities
  • Applications: Robotics, IoT, home automation, STEM projects, embedded systems, and prototyping

From a beginner's first LED blink to a fully connected IoT system, these two boards cover every stage of the electronics learning journey. Pick the Arduino UNO to start simple, or go straight to the Raspberry Pi for more power and flexibility — either way, you are building on the world's most trusted platforms. 

FAQs

Which boardis better for beginners?

The Arduino UNO — simpler setup, beginner-friendly programming, and lower cost.

Can I useboth boards together?

Yes, Arduino handles hardware control while Raspberry Pi manages processing and connectivity.

What programming languages do these support?

Arduino uses C++. Raspberry Pi supports Python, Java, and other high-level languages.

Are these compatible with sensor modules?

Yes — both boards work with all standard sensor modules available in our collection.

Do these come with free shipping?

Yes — free shipping and cash on delivery are available on both boards.