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Arduino is an Italian company that develops Open-source single-board computers. These computers are based on a simple microcontroller board and a user-friendly programming environment. Each board has a number of in- and outputs. The inputs can be used to read various sensors. The outputs can be used to control lights, small motors, relays and other actuators. A board can work Stand-alone, but can also be connected to a computer system. In the free programming environment the: IDE, you can write codes that are based on C++.
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Arduino is the world’s leader when it comes to open-source hardware & software.
The company offers a range of software tools, hardware platforms, and documentation that allows almost everyone to be creative with technology.
Arduino is a popular tool for IoT product development and one of the most successful tools for STEM/STEAM education.
Hundreds of thousands of designers, engineers, students, developers and creators around the world use Arduino to innovate in music, games, toys, smart homes, agriculture, autonomous vehicles and more.
Similar microcontrollers & microcontroller platforms are available.
Below are Arduino’s most important features:
- Easy to use
- Cross platform
- Easy & professional programming environment
- Open source hardware
- Open source software
- Giant community
Advantages of a starter kit
Arduino Starter Kits are packed with information and hardware.
There are many similar kits, but they all differ a bit.
It is therefore important that you choose a kit that belongs to your way of learning!
The learning progress is strongly determined by the projects and hardware you use during the various projects.
The first thing to consider is the hardware in the start package.
You start by choosing an Arduino board.
We recommend starting with an Arduino Uno R3.
This is the most widely used board and is ideal for both beginners and advanced users.
The official Arduino Starter Kit comes standard with an Arduino Uno.
Because you can’t do that much with the Arduino board itself, you still need some additional components.
There must be many passive and active components to carry out as many projects as possible.
This way you can learn more from the kit.
As a newcomer, you probably don’t quite know how to make hardware connections and how to program the Arduino board.
That’s why you need a leading hand in the form of online example projects or a manual book.
These help you to get started step by step with your Arduino.
Shields are circuit boards that you can place on a board like the Uno.
These shields extend the board with additional functionalities.
If you want to control motors, use an motor shield, for example.
Want to connect your Arduino board to the Internet? For example, you use an Ethernet shield.
There are countless shields, each with its own functionalities.
The open-source Arduino IDE (Software) makes it easy to write codes and upload them to the board.
It runs on Windows, Mac OS X and Linux.
The software is written in Java and is based on Processing and other open-source software.
This software can be used with any Arduino board.
Start coding online in the Web editor!
Keep your sketches in the cloud. This always works with the latest version of the IDE.
Includes all libraries and support for new Arduino Boards.
Simpler IoT development
The Arduino MKR boards combine the power of a 32-bit Arm microcontroller.
With a choice of integrated WiFi, GSM, NB-IoT, SigFox or LoRa connectivity.
They are supported by the same Arduino IDE that millions of people know,
To make IoT accessible for beginners and productive for professionals.
Ready for Production
MKR boards are designed with end products in mind.
All signs are FCC, RoHS and CE certified.
The MKR Boards have a robust mechanical design.
This makes them ideal for industrial applications.
This can be done in combination with the RS 485, CAN or Ethernet shields.
A special crypto chip means efficient, secure internet connectivity with TLS support.
Long battery life
MKR boards can be powered by a rechargeable LiPo battery.
This is done using the built-in connector and circuit protection.
This makes it easy to remotely create sensor applications.
With a low-power Arm Cortex-M0 + microcontroller that supports sleep modes and wake-on-interrupt, it is designed to last longer with smaller batteries.
From agriculture to smart homes, you can find the right solution for your next IoT project.
To get started with your Arduino properly, you need accessories.
In addition to a USB cable to connect the Uno to your computer, an enclosure or protoplate can also be recommended.
Once you’re going to make projects, you’ll need components and parts.
As an example:
- Jumper wires
- LED lights
This is just a small selection of parts and components. The bigger your project, the more and more specific the components become.