Hello, readers welcome to the new post. Here we will learn about the Examples of Embedded System. That is computer-based networking that comes with the main components like to computer that are processor, memory unit and input-output modules. With that, some other parts are assembled on this system such as hardware of electrical and electronics based. It comprises of real timing measuring devices since it is used to regulate the different operations done in the systems or machines where is used.

Embedded system used to control different modules. Almost 99 percent of microprocessors are assembled on this system. With the advancement of technology, there is the usage of microcontrollers in the embedded systems, and in some systems their usage of normal microprocessors. Since this system is used to operates certain categories of operation that help to make its operation reliable and decreases the physical dimensions and production expenses.

The common examples of embedded systems are watches audio players, traffic light control circuits, PLC, etc. Here we will come to know different examples of embedded systems and their practical uses. So let get started.

Examples of Embedded System

The common examples of this system are explained here.

Real-time embedded system:

• This category of embedded system is employed in different categories of serious conditions where certain control is needed
• Such as in military uses, medical devices and different types of machines control in the industry.
• The expert and manager of this system is very demanding jobs since they are highly professional and skilled and know how to manage the system
• Some parameters are taken into consideration during construing of this system such as circuit analysis, different designs, testing, etc.
• The component used in the system should work accurately for large time intervals to avoid any hindrance.

• Common applications of this system are regulation of heat, escalators controls of light.
• Robots are also assembled on the basis of this system.
• Different communication systems such as radio, satellite-based on the real-time embedded systems.

Standalone embedded system:

• This embedded system operation is based on its internal configuration since not linked to any other device or processor.
• Its data-taking type is an analog and digital signal.
• Its operation is such that obtained data in form of a digital or analog system is processed then transform in the output and display at the screen linked to it.

• The practical examples of standalone embedded systems are listed here.
• Oven
• Audio players
• Camera

Networked embedded system:

• Its configuration is such that linked to a string system that get the output from this system
• All the modules in the network embedded system link to the network through different linking devices.
• Commonly used networks are LAN or WAN. LAN covers the small area and WAN configure to a larger area.
• The connection among the devices linked to the system are wireless as well wired.
• It is now very commonly used due to its high-speed operation.

Small-scale embedded system:

• This network comprises of eight to sixteen-bit microcontrollers. So used to do the operation at a basic level.
• It comes with the RAM and ROM assembled on the system.
• Its operation is done through the use of a battery.
• Its main parts are editor, cross assembles, and IDE.

Medium-scale embedded system:

• In this embedded system their os controllers of sixteen to thirty-two bits that are used are also linked to RAM and ROM that is outer configured to it.
• It is used to perform operations of mid to complicated levels.
• The configuration between the hardware and software.
• Different types of programming languages are used to run this system such as C, Jave, C++ RTOS, IDE, etc.
• The designer of this system should also have the know-how of semaphores, queues, pipes.

Sophisticated embedded system:

• These modules comprise of larger numbers of chips having thirty-two to sixty-four bits.
• It used to do numerous distributed operations at a high level.
• The design of hardware and software is complicated in this system.