This all started to change with the introduction of the Arduino. ![]() Image used courtesy of Automation Direct. Processor circuit of the P1AM-100 Arduino-compatible CPU. ![]() Engineers would have to relearn the features of the microcontroller and its specifics such as control registers, configuration bits, and I/O requirements. ![]() The second problem came when moving to a different platform. The first issue would relate to which platform was chosen, as different microcontrollers all had their own advantages and disadvantages. It is the inclusion of peripherals such as sensors, displays, and switches that helps to expands their capabilities.įor a long time, developing applications to be used on microcontrollers was a difficult task for a number of reasons. The microcontroller alone is not enough to create products. Since their conception, microcontrollers have played a critical role in everyday electronics being used to control everything from microwaves to smart devices. PLCs play a critical role in industrial processes but most are based on closed-source hardware and software.
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