The Samsung Galaxy S21 is the newest mobile device from the South Korean company, and it’s packed with a whole lot of new features and improvements. It sports a 6.4-inch AMOLED display that makes up to a 1080p resolution, comes backed by a 4GB of RAM and 64GB of internal storage, and runs on Android 8.0 Oreo out of the box.
Ever heard of differential calculus? It’s an advanced form of calculus that deals with the derivative of functions. Imagine using it to control your spaceship: you would use it to determine how to move in different ways, based on input from sensors, and to make adjustments as you go. Differential calculus is essential to the study of physics, and it’s also useful in more everyday situations like engineering, economics, and computer programming.
The first difference that you should know about is that the Galaxy S21 is powered by the Snapdragon 855 processor. This is the first time that Samsung has used the Snapdragon 855 processor in its smartphones. The processor is extremely powerful and it can run any app that you download from the Google Play Store.
Microcontroller vs Microprocessor alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/7-Differences-you-Should-Know–.jpg />
The main difference between a microcontroller and a microprocessor is that a microcontroller is optimized to control electronic devices to perform a specific task. A microprocessor is a computer control unit that can perform various functions. Arduino is a microcontroller. It is used in electronic circuits to perform simple tasks, such as controlling motors or lights. We will learn later that we can program the Arduino board, but it cannot do the same thing as a microprocessor. It is ideal for managing a small circuit with one or two related tasks. But it doesn’t run complex applications, so there’s no real multitasking in the Arduino. The Raspberry Pi, on the other hand, is a microprocessor that has almost the same capabilities as your computer. As we will learn in the next section, the Raspberry Pi is much more powerful and can handle multiple tasks at once. Incidentally, the latest Raspberry Pi model, the Raspberry Pi Pico, is also a microcontroller (which is even cheaper than the Arduino, as you can see on Amazon), but all other models, at the time of writing, are microprocessors. For a better understanding, please read the following parts of this article. The first distinction to make is the goal you are pursuing. If you only need to control a small electronic circuit with a task, Arduino can be a good option. But for more complex projects, or at least other applications, the Raspberry Pi is more versatile. If you want to learn more about the differences between a microcontroller and a microprocessor, click on the link to learn more about this topic, including why the Raspberry Pi is a microprocessor.
Raspberry Pi vs Arduino : Operating Systems alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970522_571_7-Differences-you-Should-Know–.jpg />
Raspberry Pi is a tiny computer that can run many operating systems, such as Raspberry Pi OS, Ubuntu or even Windows 10. However, Arduino does not have enough resources (processor, RAM and memory) to become an operating system. This is another important difference between the two products. Arduino has only a few kilobytes of memory to program your code snippet. There is no way the Arduino can run an advanced application, let alone a full-fledged operating system. Even though the Raspberry Pi is not the most powerful computer, it does not compare to the Arduino. The Raspberry Pi 4, for example, has a 1.5 GHz processor, 2-8 GB of RAM, and an SD card that can be up to 1 TB in size on the largest models. If you are not a computer professional, remember that it is very similar to a normal computer. This is another important difference that you should consider before making your choice:
- If you need to install an operating system to run a standalone application, you should buy a Raspberry Pi.
- If it doesn’t matter and you just need a dumb device to control your electronics, you can save money and opt for an Arduino.
The Raspberry Pi will offer more possibilities in the future if you don’t buy it just for a project. With the Raspberry Pi, you’ll rarely be limited in what you can do, even if your first project is simple. It might be a good choice instead of buying him in the future.
Raspberry Pi vs Arduino : Performance Comparison alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970523_499_7-Differences-you-Should-Know–.jpg />
I’ve already spoiled this part a bit in the previous paragraphs, but here I’ll explain it in more detail. The performance of Arduino and Raspberry Pi is very different. The Arduino is a smart electronic circuit that can run simple code to perform a simple task, while the Raspberry Pi has the processor, memory and storage capacity to run a full operating system. Here is a brief overview:
| Arduino Uno Rev3 | Raspberry Pi 4B | |
|---|---|---|
| Clock frequency | 16 MHz | 1.5 GHz |
| MAIN MEMORANDUM | 2 KB | 2GB, 4GB or 8GB |
| Storage | 32 KB flash memory | SD card up to 1 TB |
| Power consumption (standby) | Approx. 50 mA | At least 500 mA |
Performance comparison : Arduino vs. Raspberry Pi So, again, it depends on how you want to use your device. For a powerful device, the Raspberry Pi would be the best choice. If Arduino can do the job and power consumption is important to your project, Arduino is a good alternative. For example, the Raspberry Pi runs out of power quickly when running on batteries, while the Arduino can run for days on batteries.
Raspberry Pi and Arduino Programming alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970524_752_7-Differences-you-Should-Know–.jpg />
Arduino uses only one programming language, which was developed specifically for this device and is very similar to C++. The Raspberry Pi uses Python as its default programming language, but you can define almost any other language in the operating system. The Arduino device should be used as intended. It has no operating system and the only way to program it is to connect it to your computer via the USB port (it’s a type B, which means you need one of those old-fashioned cables to connect it). alt=width=650 height=338 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970525_755_7-Differences-you-Should-Know–.jpg-.jpg /> Arduino IDE To program Arduino, you need to download and install Arduino IDE from the official website. It is free and available for all operating systems (Windows, Linux and macOS). By the way, you can install it on your Raspberry Pi :). The programming language is very similar to C++, and there are many examples in the IDE. You can also find many projects online if you don’t know how to program a particular action. On the Raspberry Pi, Python is already installed with various text editors (like Thonny IDE and Geany), it’s a natural language to start with. However, you can also install and use another language, such as Java, C/C++ or PHP and the most popular text editors for programmers, if you are more familiar with one of these languages. In general, Arduino and Raspberry Pi are both great devices for programming, but Arduino is limited to one editor and one language, whereas on Raspberry Pi you can install and use any editor you want.
Raspberry Pi and Arduino Project Ideas alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970525_381_7-Differences-you-Should-Know–.jpg />
So far, I’ve been a little vague about the projects that can be done with these two devices. It is time to give some examples so that you can make a better choice. Arduino is ideal for standalone projects where you put the whole circuit in a box and let it run for a few days. For example:
- Digital clock, with LCD display and multiple wires/resistors (more details here).
- Color changing boxes where you can control the color or have it change automatically (video here).
- Use of sensors, for example B. a thermometer, and nice display of the result (Hackster.io).
These are beginner projects that almost anyone can do with simple electronic components. You connect some sensors and display modules to the Arduino, program everything to do what you want, and voila! Arduino is ideal for small to medium sized projects where you need to control a limited number of things. On the other hand, the Raspberry Pi can be used for a wider range of projects. Electronics is one of them, it too has I/O pins, but like any computer many other functions can be used in different categories: In summary, Arduino remains a contender if your only goal is to buy a device to control electronic circuits. However, if you are interested in any of the above applications, I would recommend purchasing a Raspberry Pi. Even if it is not your first destination, you will not regret this decision later. Also consider that Arduinos are generally better suited for real-time tasks, as they only perform such tasks. The Raspberry Pi can do the same job with electronic circuits, but also has the means to run the operating system, applications, network connectivity, etc. The benefit of multitasking can be a problem for some projects.
Raspberry Pi vs Arduino : Which company is better?
Arduino and Raspberry Pi are two popular devices in the DIY community. According to Google Trends, Arduino seems to be more popular than Raspberry Pi in the last 5 days. But it’s easy to find documentation, sample projects and support for both devices. If you are in doubt between the Raspberry Pi and other competitors, I would recommend the Raspberry Pi without a doubt. But between Arduino and Raspberry Pi, it’s not a problem. Whatever your decision, you can find excellent resources online. Regardless, many manufacturers make additional components to enhance your experience with them. If you want to connect a specific LCD or sensor to your board, you can find vendors that sell them for Raspberry Pi and Arduino. By the way, I just saw something interesting on Google Trends. In general, Arduino is more popular than Raspberry Pi worldwide, but Raspberry Pi seems to be more in demand in wealthy countries like the United States, Canada and Germany. Here is the exact map: alt= width=841 height=333 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970526_537_7-Differences-you-Should-Know–.jpg /> In countries where the cost difference between Arduino and Raspberry Pi is not so important, Arduino can be replaced by Raspberry Pi in electronic circuits. Or perhaps people in these countries are less interested in building their circuits and buying the finished product directly, and use the Raspberry Pi for other purposes, such as games and multimedia. Either way, community is not the most important consideration in the selection process. Let’s move on to pricing, which is probably more important to most of you.
Raspberry Pi vs Arduino : Cost Analysis alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970527_527_7-Differences-you-Should-Know–.jpg />
The latest Raspberry Pi models are usually a bit more expensive than the Arduino boards. The Arduino Uno R3 costs less than $20 and the Raspberry Pi 4 costs at least $50. So price may play a role in your final choice. What I also failed to explain is that both devices come in different models, with different prices. So if you compare the cheapest of one brand with the most powerful of another, you may come to the wrong conclusion. The problem is that we cannot compare Arduino and Raspberry Pi in terms of price. You don’t have the same components with every device, so I don’t think it’s a good idea to base your choice on price alone. Intent should be more important. Still, I will give a few examples to give you a better idea of what to expect from each family:
| Arduino Nano | Arduino Uno | Arduino Uno WiFi | |
|---|---|---|---|
| Technical data | 16Mhz CPU, 16KB Flash, 1KB SRAM, USB | 16Mhz CPU, 32KB Flash, 2KB SRAM, USB | 16Mhz CPU, 48KB Flash, 6KB SRAM, USB |
| Release date | 2008 | 2010 | 2018 |
| Dimensions (mm) | 43 x 19 | 69 x 53 | 69 x 53 |
| Average price | $20 | $20 | $60 |
| Amazon link | Read more | Read more | Read more |
Arduino models prices and specifications These are just a few examples to give you an idea. You can find more expensive models if you need a board with a specific part to avoid additions, but overall the price is still quite low. If you want to find other options, browse Amazon’s results here. Here are some examples of Raspberry Pi models:
| Raspberry Pi Pico | Raspberry Pi Zero | Raspberry Pi 4B | |
|---|---|---|---|
| Technical data | CPU 133 MHz, 2MB Flash, 264KB SRAM, USB | 1 GHz processor, 512 MB RAM, mini-HDMI, mini-USB, Wi-Fi/Bluetooth | 1.5 GHz quad-core processor, 2-8 GB RAM, dual Micro HDMI, 4x USB, Ethernet, Wi-Fi/Bluetooth |
| Release date | 2021 | 2017 | 2019 |
| Dimensions (mm) | 51 x 21 | 65 x 30 | 85 x 56 |
| Average price | Less than $10. | $25 | From $50 to $90 |
| Amazon link | Read more | Read more | Read more |
Price and specifications of Raspberry Pi models There are other models in the Raspberry Pi catalog, but these three give you a good idea of what to expect. The Pico is the only microcontroller in the family, the Zero is the cheapest version of the Raspberry Pi, and the Raspberry Pi 4B is the top model. I’m leaving out the Raspberry Pi 400 here, which is designed for desktop users. If you are reading this, I suspect you are going to be building circuits with your device and not just using it to replace a desktop computer. In both cases, it should be noted that the prices refer only to the motherboard. Only with a Raspberry Pi or an Arduino motherboard can you do anything without additional components (wires, resistors, LEDs, servos, etc.). The Raspberry Pi requires at least an SD card ($20 minimum). For the Arduino, you may also need a USB cable to connect to your computer and a power supply or battery. If you don’t have a device yet, it’s worth looking at starter kits. In general, Arduino and Raspberry Pi are inexpensive devices, and price should not be the main criterion in your decision. If you are only comparing the price of the device, forget to take into account the optional accessories. If budget is important to you, add what you need to make a better decision.
Should you buy an Arduino or a Raspberry Pi? alt= width=800 height=300 data-ez= data-ezsrc=https://eyexcon.com/wp-content/uploads/2021/06/1622970528_665_7-Differences-you-Should-Know–.jpg />
This site is all about the Raspberry Pi, what you can install on it and how to do it. So maybe I’m not objective in this recommendation, but I’ll try :). This article should give you the information you need to choose, and hopefully you have a better idea now! I summarize it below. In general, I recommend Arduino as the brain of an electronic circuit that you can program without having to deal with Linux, operating systems and new applications. There are still some new skills to learn, like the Arduino language and some basic electronics, but these are inexpensive devices that are very effective for simple tasks, especially if you need responsiveness and low power consumption. On the other hand, the Raspberry Pi can do almost all the tasks that an Arduino can, and more, as we have seen in this article (operating systems, servers, games, multimedia, etc.) If you are familiar with or interested in Linux and want a device that can do more than just electronic circuits in the long run, then the Raspberry Pi would be the best choice for you. I would add that the Raspberry Pi Pico should also be considered in this choice. It is much cheaper than an Arduino or Raspberry Pi and more powerful. Also, the Arduino IDE is now compatible with the Pico, which may be a good test for the larger choice (at $5, you’re not risking much). By the way, if you are not sure which model to choose, you can answer a few questions in this quiz to get my personal recommendation.
Raspberry Pi resources
Don’t know where to start? Understand everything about the Raspberry Pi, stop constantly looking for help and finally have fun with your projects. Check out the Raspberry Pi Bootcamp course now. Learn the Raspberry Pi in 30 days Want to learn more than the basics? If you are looking for the best tips on how to become a Raspberry Pi expert, this is the book for you. Learn useful Linux skills and put various projects into practice with step-by-step tutorials. Download the e-book VIP Community If you just want to communicate with me and show your support, you can also join the Patreon community. I share behind-the-scenes information and give you early access to my materials. You will also receive an encouraging message when you sign up. For more information, click here All my recommendations for tools and equipment are also on this page.There are tons of apps in the Android Market, but there aren’t many that do what the Android Market is supposed to do: help you find the best apps for your Android device. Every week, we recommend the best apps for you to try, whether it’s an app that helps you organize all your apps, one that records the sounds your phone makes, or the best app for watching videos.. Read more about is lazyboy worth the money reddit and let us know what you think.
Frequently Asked Questions
Which is better Ashley or Lazy Boy?
Dyson is a name that you have probably heard at some point. They are a company that makes vacuum cleaners and fans. They have some of the best vacuums ever made and their fans are the best for pushing air around. The company has had tremendous success and has grown substantially over the last few years. The best computer desk is one that is well-designed and well-made, built to last. That’s why, when it comes to buying a desk, you need to look at multiple options and try out different brands and styles. You shouldn’t be buying a desk based off of marketing goals or hype. You need to look at what the product is, what it can do, and what it would cost to replace or repair it. Plus, you need to consider the room you’re buying it for, and how much space you have.
Is La-Z-Boy good quality?
The La-Z-Boy is a recliner that has become successful all over the world. This recliner is designed to lay down on the floor when not in use. This recliner has led to millions of people finding it easier to watch TV, read, or even play games. This recliner is now the most common used item in homes all over the world. This text is sensitive. Try generating new copy.
Is Lazy Boy going out of business?
Lazy Boy, the furniture giant that has stores across the country, is in its final months, and is about to be purchased by rival Wayfair. Will Lazy Boy’s reputation as a furniture store be replaced with the same type of mass-produced furniture that Wayfair has? Lazy Boy has been around for more than 65 years. It is a well-known family-owned furniture and appliance store that has a unique and colorful history. It has been an icon for the city and is still an important part of the local community to this day. It has kept up with the times and has a great selection of furniture and appliances to choose from.
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