For smaller projects, therefore, it makes sense to first consider which components are necessary for the implementation, and then decide on one of the two basic pieces. high temperature and low rain probability), then Raspberry Pi is the better choice.Īrduino boards and Raspberry Pi computers both have their strengths and their weaknesses. However, if you want to not only measure the outside temperature, but also check the weather forecast and start the garden irrigation system on the basis of previously defined criteria (e.g. For a task such as measuring the outside temperature and showing it on a display, for example, the microcontroller is the perfect platform. In simpler terms, Arduino is particularly suitable for projects in which a simple task is to be executed repeatedly. It also has a number of interfaces and ports standardly available (HDMI, WiFi, LAN) that would have to be added to Arduino boards using shields. Raspberry Pi, as a minicomputer with its own operating system, can complete substantially more complex tasks such as, for example, running multiple applications in parallel or in succession. They’re delivered with their own development environment, which has various ready-to-use libraries available and saves a large amount of programming work. The fact that the two constructions are used in different scenarios is because of the essential differences between Raspberry Pi and Arduino: Arduino boards function as microcontrollers, which means that they can execute a pre-installed application as previously defined without much delay. The internal blog also regularly publishes topics about Raspberry. Listings of popular and recommended posts show new members which topics might be worth a look when they visit for the first time. In the Raspberry Pi corner, members discuss current issues and provide reviews of additional hardware and software.
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