You may not even have to choose between Raspberry Pi and Arduino, as both can be combined with an Arduino board being connected to a Raspberry Pi board over a UART (serial) connection. It allows for the construction of fully functional computer platforms or robots and can handle operations that require significant resources. . The first board developed by the Arduino company was Arduino UNO which uses Atmega328 Microcontroller but later on, they have developed many new boards. And because some models include Wi-Fi and Ethernet-based connectivity, you can also set it up for access via SSH, or transfer files to it using FTP. Home automation solutions can link motion detectors,, Any IoT solution combines wireless tech, microcontrollers, and an online connection. In contrast to Arduino, the Raspberry Pi's hardware design files and firmware are not open source. Therefore, the Raspberry Pi is not just a microcontroller; it's indeed a mini-computer. Each board has its strengths and weaknesses, so when choosing the right one for your project, you should consider your specific needs and requirements. Whenever you think about adding WiFI or Bluetooth connectivity to a project, ESP8266 or ESP32 boards are the obvious, cost-effective choice. Using both in a project isnt all that uncommon. We have experience with Arduino and Raspberry Pi and can implement any of those for you. Both can benefit the IoT solutions and. Professional engineers may use both boards depending on the particular project. . It does one thing at a time, but it does it really well. The Arduino is a truly versatile board but the Raspberry Pi is a full computer and a hardware hacking platform. Students were using a BASIC Stamp microcontroller in their projects but, to save money and add flexibility, the Arduino and the Wiring language used to write code for the ATmega based boards was created. The Raspberry Pi disrupted the single-board computer scene in 2012 by coming in at $35 where a comparable board of the time wouldve cost three to five times as much. I would. If youre looking for portable power in the Apple ecosystem, the MacBook Pro immediately leaps out. Unlike Arduino, the latter offers more processing power, memory capabilities, a full-fledged operating system, more input/output options (e.g., HDMI, Ethernet), and audio, image, and video data processing features.
