are electronic systems specifically designed for a dedicated function within a larger system or product. These devices typically utilize s, which are integrated circuits that contain a processor, memory, and input/output peripherals on a single chip. The running on the microcontroller provides the low-level control and functionality required for the embedded device to operate effectively.
A is often used in embedded devices to manage the execution of tasks with strict timing requirements. This allows the device to respond to critical events in real-time, ensuring efficient and reliable operation. Moreover, s are commonly employed in embedded devices to gather data from the environment or monitor specific parameters. These sensors provide essential input to the device, enabling it to make informed decisions based on the collected information.
The concept of the has revolutionized the field of embedded devices. Enabled by advances in communication technologies, IoT has facilitated the integration and networking of various embedded devices, resulting in a vast interconnected ecosystem. plays a crucial role in IoT devices as it allows them to communicate, process data, and interact with other devices or cloud-based platforms, enhancing their functionality and capabilities.
s are another type of embedded device often utilized in various applications, ranging from DIY projects to sophisticated industrial systems. These computers integrate the entire computer system onto a single circuit board, including a microprocessor, memory, and input/output interfaces. They offer greater computational power and versatility compared to traditional microcontrollers, making them suitable for more complex embedded applications.
Keywords
microcontroller | real-time operating system (rtos) | embedded devices | embedded software | internet of things (iot) | single-board computer | sensor | firmware |
