Raspberry Pi vs Arduino: What’s Best for Kids
What is an Arduino, exactly? What is a Raspberry Pi, and how does it work? Raspberry Pi or Arduino, which one is better? A development board can assist in the completion of a basic DIY electronics project. Understanding how they differ can be tough when it comes to selecting the right board.
Don’t worry; we’re here to assist you. We’re going to look at Arduino and Raspberry Pi today. Despite being separate systems with distinct components and functions, both are excellent tools for novices.
Let’s take a closer look at each of these boards, their advantages and disadvantages, and how they may assist us in creating projects that entertain and educate. There is no such thing as a “one board” that will address all of our problems.
From the first single-core CPU 256MB Model B in 2012 to the 8GB, quad-core CPU Raspberry Pi 4 in 2020, the Raspberry Pi has seen several variants. The Raspberry Pi 4 (2GB) costs $35 right now. But if you don’t require much computational power, a Raspberry Pi Zero W costs only $10 (a Pi Zero costs $5 but doesn’t have Wi-Fi).
Since its conception, the Arduino has seen a variety of models. The Arduino Uno, Leonardo, Nano, Due, and even a short-lived Intel project board. For many, however, the Arduino Uno has remained the go-to board.
Most electronic enthusiasts who wish to learn to code for various reasons use single-board computers. Its capacity to create a variety of programs and a simple learning curve for beginners are both noteworthy. To clarify, single-board computers are single circuit boards that perform all of the functions of a full computer. A microprocessor, input/output, memory, and other functionalities are included.
While there are a variety of single-board computers on the market, Arduino and Raspberry Pi are the most popular among students and professionals. Both boards have advantages and disadvantages that only professionals can explain.
However, inexperienced programmers may find it difficult to choose between the two when considering which board is appropriate for their projects. Individual differences are outlined in the guidance below, making it simple for parents to introduce their children to make smart decisions.
Raspberry Pi vs Arduino
The Raspberry Pi is more sophisticated than the Arduino, which is the most obvious distinction. In truth, Raspberry Pi is a microcontroller, but Arduino is a small computer. It can only work if it is hooked into your computer. The Arduino Uno, the company’s most recent model, can be utilized in a variety of ways. It’s compatible with PC, Mac, and Linux, and it’s ideal for beginners who want to try their hand at simple electronics projects.
When your project, on the other hand, necessitates the use of a real CPU, the Raspberry Pi is a popular alternative. Raspberry Pi’s operating system and features are useful for creating complicated robots from scratch (which demand more coding and a strong processor), programming a device to handle various duties, and/or performing complex calculations.
What is Arduino?
Three essential qualities identify Arduino as a popular single-board computer. The board includes a hardware prototype platform, an integrated development environment, and libraries. It runs on the Arduino programming language. The board, unlike the Raspberry Pi, is more of a microcontroller than a full-fledged computer. As a result, it is unable to run operating systems; yet, its software program interprets and executes written programs.
Arduino boards’ primary function is to serve as a communication interface for other devices, making them ideal for simple applications.
What is Raspberry Pi?
The Raspberry Pi is a credit-card-sized computer with its memory, processor, and graphics card. The board is simple to set up and operates on the Linux operating system. The board was created to promote computer science teaching and learning in schools. They’ve grown in popularity and are now used in high-end applications like robotics design.
One of the best boards to experiment around Arduino board and Raspberry Pi is the Embedded Learner Board.
It is an electronics board designed for tech enthusiasts that they can use to gain hands-on experience in coding, electronics, and IoT by simply connecting it to Arduino, Raspberry Pi, or ESP using jumper wires.
Arduino, Raspberry Pi, and Robotics are some of the most well-known examples of embedded hardware and software in the technological world. The Embedded Learner Board gives you hands-on experience with embedded hardware and instills technical skills that will prepare you to start your own business.
This board is for you if you are an electronics enthusiast who is interested in embedded hardware and software. A 16×2 Alphanumeric display, 7-Segment, Relay, IR Sensor, Push Buttons, LEDs, Vibration Motor, Temperature Sensor, Buzzer, and Potentiometer are included in the Embedded Learning Board. Simply connect this board to your chosen Arduino or Raspberry Pi model using jumper wires and begin programming, as well as learning more about the board’s developments as you go.
This board has a lot of potential because it allows for experimentation.
Key Difference between Raspberry Pi vs Arduino
Both single-board computers, as previously mentioned, have a good reputation and are popular among amateurs. Choosing one, despite the differences in characteristics and capabilities, boils down to determining which board provides the best features for your project. The features that distinguish these two single-board computers are listed below:
As previously said, Arduino is a programming gateway, whereas Raspberry closely resembles a computer. In general, Arduino has a low entry barrier and a simple learning curve. With little or no computer or programming experience, you can work on this board. Raspberry, on the other hand, is best suited for people who are familiar with Linux and Unix.
Using Arduino boards is rather simple when compared to Raspberry Pi boards. With just a few lines of code, it can be easily connected to analog sensors and a variety of other electronic components. Learners, on the other hand, will have difficulties reading sensor inputs.
Multiple applications and libraries must be installed to build an interface between the sensors, electronic components, and the board. While programming Arduino is simpler, Raspberry demands a thorough understanding of the Linux operating system and its instructions.
Compatible Programming Languages
The Raspberry Pi, as previously stated, is a single-board computer designed to enable children to learn to program. Pi is, in fact, a derivation of the Python programming language, suggesting its use in a computer.
Arduino, on the other hand, comes with an IDE, a cross-platform programming environment that programmers use to write and upload programs to the board. The board is developed in the Java programming language, making it simple to learn how to program with Arduino for novices. When constructing high-end projects, however, the IDE might be constraining. For such applications, you can use the C++ programming language.
Raspberry’s networking capabilities must outstrip those of Arduino. Wireless and Bluetooth connectivity are available on the former. It also has Ethernet connectors for connecting to the internet. An HDMI port, four USB ports, a camera port, a DSI display, a micro-USB port, and an LCD port are all on the board. As a result, Raspberry is ideal for a wide range of applications.
Arduino ports, on the other hand, provide for limited direct networking connectivity. While this is conceivable, it necessitates the use of an extra chip to connect directly to the Ethernet port.
The CPU speeds of the Arduino and Raspberry Pi are also quite different. This is due to the fact that the Raspberry Pi is a functioning computer, whereas the Arduino is a simple microprocessor. The Raspberry Pi Model B Board, on the other hand, has a clock speed of 700 MHz, while the Arduino Uno Board has a clock speed of 16 MHz. The Raspberry Pi is thus 40 times faster than Arduino boards.
The fact that Arduino boards are plug-and-play devices that may be turned on and off at any time is worth emphasizing. On the other hand, when utilizing Raspberry, you need to be cautious. It is powered by operating systems that should be properly shut down before the electricity is turned off.
Raspberry Pi vs Arduino is a vast subject and other criteria distinguish these two single-board computers such as input/output, storage space, power consumption, and availability. Regardless of its advantages and disadvantages, the Arduino board is the greatest choice for beginners searching for an introduction to electronics. Raspberry is best suited to advanced Linux users or those wishing to expand their skills.