

- #ARDUINO VS RASPBERRY ANDROID#
- #ARDUINO VS RASPBERRY SOFTWARE#
- #ARDUINO VS RASPBERRY CODE#
- #ARDUINO VS RASPBERRY PC#
Raspberry Pi is a circuit board based on a microprocessor. There are also a few third-party options for programming it using languages like Python and Blockly. It uses a simplified version of C++ making it easy to learn even for beginners.
#ARDUINO VS RASPBERRY CODE#
Writing the code is usually done in the Arduino IDE. To program your Arduino board you will need to connect it to a computer. These allow you to expand the possibilities of it! On top of that, there are also breakout boards and shields that you can connect to your Arduino. Because of this, no matter how big your project is, there’s usually an Arduino to fit your needs.
#ARDUINO VS RASPBERRY SOFTWARE#
Both hardware and software are open-sourced so everybody can make their own Arduino (like we did! ).


It has more or less everything needed to store, run and execute programs within the chip.Īrduinos come in all shapes and sizes. It is why the whole board is often referred to as a microcontroller. The core of the Arduino is a microcontroller. You can control components like light sensors, motors, wireless and Bluetooth modules, OLED displays, etc. It is used to control electronic components. But they are also very different once you get past the cosmetics.Arduino is a circuit board commonly referred to as a microcontroller. But the Raspberry Pi is the clear winner when it comes to something you interact with or building something that interacts with other computer platforms.īoth are great and I've had plenty of fun (and heartache) using them. You can't say one is better than the other, and there are even cases where you would want to use both in the same project - a Raspberry Pi can send a signal to trigger an Arduino board to do its thing, for example.
#ARDUINO VS RASPBERRY PC#
You can even put together a desktop PC that runs a lot better than you would think. If you want to build an old-school gaming console or cabinet, want to set up a media server using Plex or Kodi, want to build your own NAS, or even want to build an internet appliance to keep all the spam and malware away, the Raspberry Pi will do it. Just be careful: the world of SBCs and microcontrollers will suck you in! You want something fast, something that has absolutely zero downtime, and something tiny you can squirrel away inside a box with other equipment like a battery backup. If you're planning on building something like an automatic garage door opener or adding your own damper system into your HVAC system, then you would want an Arduino. I'm going to go out on a limb and say that for most people reading this, a Raspberry Pi is what you want. It's fast, easy to program, and the platform is cheap. Something like an Arduino Uno, a great SBC with an industry-standard ATmega chip, is suitable for much more than most people think.

I've used many different kinds of microcontrollers and microprocessors before, and an Arduino board makes for a great introduction to both, which is what makes it awesome. This makes it ideal for something like a weather station or even a robot, but it also means you're not going to watch movies or run an NES emulator on it. The program executes as soon as you turn everything on.Īn Arduino board is more of a microcontroller than a PC.īecause there is very little OS overhead, an Arduino boots up very fast, starts running your software very fast, and can sample inputs or send output instructions very fast, too. You connect the Arduino board to your PC and transfer a program you've written in a slightly modified version of C/C++ onto the board. There are plenty of input and output pins on an Arduino, and the ecosystem of the Arduino platform is filled with other things like actuators and sensors designed to work with it. An Arduino board is more of a microcontroller than a PC. You can't load an operating system that can interface with a human on an Arduino board, at least not the same way you're probably used to doing.
#ARDUINO VS RASPBERRY ANDROID#
Source: Jerry Hildenbrand / Android Central (Image credit: Source: Jerry Hildenbrand / Android Central)
