On the surface, both the Arduino and Raspberry Pi look like the same thing: inexpensive controller boards for electronics projects.
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However, one is a simple 8-bit controller while the other is a 32-bit single board computer.
Understand how an Arduino and Pi are different and which to use in your project.
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Arduinos on Amazon (affiliate): Raspberry Pis on Amazon (affiliate): ESP32 on Amazon (affiliate): If you’re a tech nerd like me I’m sure you’ve heard people like me talk about Raspberry Pis, Arduinos and ESP32s – […]
Which should you use for your project, Arduino or Raspberry Pi? In this video, Becky Stern shows you the primary differences and explains why you would choose a microcontroller or single board computer (SBC) for […]
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Very good comparison! I really like how you introduce the microcontroller & micro processor.
Great vid, simple and to the point and easy to understand, thank you much!
so why in the world did they go with the arduino instead of the raspberry pi for the Speeduino standalone ECU. you have to build the speeduino then run the ecu software off of a tablet. why couldn’t they just make the software to run on the pi and plug it directly into the OBD2 port. because the car already has everything thing it needs to execute the controls it would just need to be told to do it from the pi.
thats a good explaination to me
If you are coding and you want it to interact with the real world you get an Arduino. When you want better bulkier projects you get a raspberry pi and you add it to your Arduino project for boosted power. If you just get a raspberry pi you are limited when your original goal is to apply coding to the real world.