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Embedded Linux occupies the following directions: 1. Intelligent Internet of Things devices, providing a reliable operating system and rich network functions; 2. Embedded development boards and single-board computers for application development and hardware drivers Writing and system customization; 3. Embedded network devices, providing flexible network protocol support and scalability; 4. Embedded media and entertainment devices, supporting various multimedia formats and codecs; 5. Automotive and avionics, Deliver real-time performance, security and reliability.
The operating system of this tutorial: Linux5.18.14 system, Dell G3 computer.
Embedded Linux, as an operating system, has a wide range of applications in the field of embedded systems. The following are some common application directions of embedded Linux:
Smart Internet of Things (IoT) devices: Embedded Linux can be used in smart homes, smart cities, industrial automation, smart medical, etc. An IoT device. It provides a reliable operating system and rich network functions, allowing devices to connect to the cloud for data exchange and remote management.
Embedded development boards and single-board computers: Embedded Linux is often used in various development boards and single-board computers, such as Raspberry Pi, BeagleBone, Arduino Yun, etc. Developers can use the embedded Linux software stack for application development, hardware driver writing and system customization.
Embedded network devices: Embedded Linux is used to build network devices such as routers, switches, firewalls, and wireless access points. It provides flexible network protocol support and scalability, enabling devices to achieve high-performance, high-reliability network communication.
Embedded media and entertainment devices: Embedded Linux can be used for multimedia and entertainment devices such as digital TVs, set-top boxes, audio players, game consoles, etc. It supports various multimedia formats and codecs, and provides a graphical interface and multimedia application development framework.
Automotive and avionics: Embedded Linux is also widely used in the fields of automotive electronics and avionics. It can be used in vehicle navigation systems, vehicle entertainment systems, flight control systems, etc., providing real-time performance, safety and reliability.
In addition to the above directions, embedded Linux is also used in many fields such as industrial control, intelligent robots, medical equipment, and communication equipment. Due to its flexibility, openness and strong community support, embedded Linux provides rich functions and scalability for embedded systems in the process of continuous expansion and application.
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