Embedded systems are now an integral part of our daily lives. We find them in our cars, in our TVs, in our laptops, etc. They are indeed used in a multitude of fields, to perform a variety of functions. What exactly are embedded systems? What are the different types of embedded systems that exist?
What is an embedded system
An embedded system is an electronic or computer system whose main characteristic is its autonomous. It is usually integrated into a device or system and programmed to perform a specific action. The role of embedded systems is to deliver specific results under specific conditions and over a specific period of time. These systems function as built-in mini brains. Increased safety, reliability, ease of use, optimization are the main advantages of using embedded systems. In addition, embedded systems do not have any real time constraints. They are indeed limited in terms of development problems. To carry out your maintenance on embedded systems, visit the www.catspowerdesign.fr website for advice and recommendations on how to do it.
The main types of embedded systems
Embedded systems are used in a multitude of fields. Each domain uses its own type of embedded system. Thus, it is possible to quote:
- In the automotive industry: Driver assistance equipment (ASP, ESP, etc.), control elements of organs such as windshield wipers, headlights
- In the field of aeronautics: Almost all the technical organs of modern aircraft.
- In the multimedia sector: The latest generation of TVs and multimedia devices.
- In telecommunications: Smart cards used in our phones
- In the field of transport: Safety and guidance organs.
In addition, certain fields of activity such as the military industry, astronautics, the field of medical equipment, banking, metrology industry, computer science, etc. are areas in which there are many machines that also use embedded systems. The popularization and democratization of this technology that is the embedded system are due to companies like Cats Power Design specialized in the design and realization of modern electronic solutions.
