Hey readers! I hope you are doing great. The electronic industry plays a vital role in the economy because it creates multiple devices on a larger scale. This industry is evolving at a rapid rate because of multiple factors, and developing countries are working on it because of global demand.
One of the main focuses of the experts on the evolution of the electronic industry is embedded systems. The electronic industries are used to make devices such as computers, smartphones, televisions, and other smart circuits.
The variation in the electronic industry is because of the devices made at different levels, and this has been possible with the help of embedded systems. Today we are discussing how embedded system has made this revolution but before this, let us discuss its introduction.
Introduction to Embedded System
An embedded system is a specialized computer that is designed to perform a specific function. It is a combination of software and hardware that is designed for specialized, small tasks. These are different from the large and complex computers that are made for general tasks. These are designed to work independently on larger systems. The three basic parts of an embedded system are:
- Software
- Hardware
- Firmware
Embedded systems have a real-time operating system that supervises the software and then provides the commands to the mechanism and the hardware processor to perform the specific task. The basic components present in the embedded system are sensors, A-D converters, processors, D-A converters, and actuators.
Embedded Systems Revolutionized Electronics Industry
The embedded systems have revolutionized the electronic industry at different levels. This has made it possible to develop small, powerful, and intelligent devices, and it resulted in the rapid growth of the electronic industry.
These are found in multiple electrons, such as in smartphones, cars, medical devices, and other electronic systems. Here are some important applications in the electronic industry where embedded systems play a major role.
Versatile Functionality
The embedded system has made the electronics more versatile and enhanced their functionality. The small systems are part of large electronics and are designed in such a way that the device gets another feature. For instance, smartphones can now have GPS navigation with the help of GPS-embedded systems inserted in them.
Moreover, the advanced and specialized embedded system working with the AI structured system is making features possible in devices such as automatic door locks, computer devices, etc.
Miniaturization
The embedded systems are small but provide the functionality of the larger systems. This can be understood by the fact that before this, the size of the radio was large, but now, small electronics such as computers, small music systems, mobiles, etc can easily use the radio with far better performance.
IoT Connectivity
The IOT industry is experiencing rapid success because of the involvement of embedded systems. These are making it possible to connect and create the system efficiently at different levels. Everyday objects are now becoming more automatic because of the IoT that depends on the embedded system for different communications.
Cost Reduction
The cost of electronic equipment is now lower because of the miniaturization and the multiple types of embedded systems. These systems provide the functionality of large and complex circuits, and experts in electronics do not need to add large multi-functional devices to accomplish a small and simple task. This is not only reducing the size of the electronics but the cost is also being reduced efficiently.
Power Consumption
Electronic devices are widely used in daily life, and it creates the need of power efficient systems. These devices are part of our daily lives and using the power-efficient system not only reduces the cost but also provides eco-friendly features.
The advancement in embedded systems has made them efficient to run on low power, but using them in electronics has created versatile features in them. These can now run on so little energy that most of them can now run on batteries and are portable. Moreover, this has revolutionized wearable devices because small embedded systems provide the best performance, are lightweight, and require very little energy.
Electronics in the Automobile Industry
There are multiple embedded system examples that prove the revolutionary electronics used in automobiles. The small electronics in the dashboards of vehicles make them more controllable and functional.
These electronics are equipped with an embedded system to enhance functionality and add new features to the vehicles. The indication of fuel on the dashboard, music system, LED display, etc. have specialized embedded systems to provide the facilities to the user.
Electronics in Offices
The size of the electronics in offices has shrunk, and all this is because of the latest technologies, such as embedded systems. The printers are now portable; modems and Xeros machines are now much better and provide results in different resolutions.
These electronics are now easier to use and can be controlled wirelessly, so different people can share the same device. The settings of the electronics are customized so that the user can get the required settings according to the case. All this happens with the small embedded systems that fit into these electronics.
Wireless Technologies
Wireless technology is one of the most emerging fields, and this has changed life in every department. Multiple electronics in the wireless industry have such small and effective features that they have become the basic needs of everyone. For instance, better signal transmission in urban and rural areas has been made easy with the help of embedded systems in these electronics.
Hence, the embedded system has made the electronic industry more efficient, powerful, and versatile. This has made many revolutions that are making the rapid growth of this industry. The embedded systems are task-specific computers, and their small size and low power consumption have made them perfect for almost all types of electronic systems.
This revolution is so rapid that multiple versions of the same device are introduced in the market to grab the attention of buyers from different fields. The global economy of developed countries requires the growth of the electronics industry and embedded systems are playing a vital role in it. I hope it was an informative study for you.
