This is a serial bus that allows communication in both directions. I2C stands for Inter-Integrated Circuit Protocol. Happily, they both support the I2C serial protocol, which makes it super easy for them to communicate. The Raspberry Pi’s computational muscle and the Arduino Uno’s precision and I/O capabilities mean that together, they’re an excellent team. It’s especially handy for interacting with analogue circuits. This gives you incredibly low-level control. Because it’s such a simple device, you work much closer to the metal. It supplies a higher voltage than the Raspberry Pi and can supply more current. Where it really excels is that it’s much more versatile with the range of electronic components it can interact with. The Arduino Uno has a tiny fraction of the processing power and only runs programs written and compiled for it on another computer. You can use the Raspberry Pi as a development environment and program it in just about any language you like. It can run Linux, connect keyboards, monitors and USB sticks, connect to networks and the internet, even run a graphical desktop environment and perform server roles. The Raspberry Pi is a full-fledged microcomputer in its own right. Apart from that, they’re as different as The Flash and Judge Dredd. Well, they’re both microcontrollers, they’re both widely documented, and both ideal for beginners. What’s the deal with Raspberry Pi and Arduino Uno? Connecting a Raspberry Pi to an Arduino Uno Using the I2C Protocol
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