![]() Meanwhile, the Arduino board simply needs a battery pack to provide your pins with the required energy to keep its voltage above a certain level. The requirement of a 5V power supply makes simply plugging in a good old AA battery won’t cut it as a power source. The power feature means that users of the Raspberry Pi may encounter portability issues if you need to work with this device on the go. When turned on, the Arduino board starts executing your imputed codes and stops only when you cut off its energy supply. An Arduino board on the other hand, is powered by the application of energy wires directly onto the pins on the board or stack chips-shields-on its base unit. It can also be shut down through the use of an application like every other full-blown computer. The Raspberry Pi is built to work on a constant power supply of 5V to stay on and function optimally. In terms of the power supply these two devices or microcomputers required different power element to function optimally. Now comparing and contrasting between both devices-with emphasis laid on contrasting features-I intend to make use of different criteria to simplify the process. This information is clear enough for a reader to understand and use as directions to get things done. In layman’s terms, the Arduino board can be viewed as a blank slate which only becomes readable when you write a set of information on it to serve as directions for its readers while the Raspberry Pi is a slate that comes with a set of information written on it. Thereby making it a bit more complicated to use than the Arduino board and herein lies the first difference between most microcomputers. On the other hand, the Raspberry Pi is an all-purpose computer which comes with its own native operating systems- Linux-which gives it the ability to run multiple programs. This along with other features to be discussed below makes it easy to use. This means that it is a simple computer at is the core that can be used to run one selected program at a time, over the duration of time set by the user.
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