An embedded system is a computer system designed for one or two specific functions. This system is embedded as a part of a complete device system that includes hardware, such as electrical and mechanical components. The embedded system is unlike the general-purpose computer, which is engineered to manage a wide range of processing tasks. Because an embedded system is engineered to perform certain tasks only, design engineers may optimize size, power consumption, cost, reliability and performance. Embedded System Training is programmed in a way to focus on the development of students by enhancing theoretical and practical skills and make them proficient for this field.
Embedded systems are typically produced on broad scales and share functionalities across a variety of environments and applications. Embedded systems can be classified in the following four categories based on performance and functional requirements:
Stand-alone embedded systems: They don’t require a host system. Examples of these can be found in video game consoles and microwave ovens.
Networked embedded systems: These are connected to a network to access resources
Real time embedded systems: these are used when a specific task needs to be done in a specific time frame. They follow strict deadlines. These are further classified into soft and hard real time systems. Soft real time systems have deadlines, however if these are not met, there is no significant harm. Hard real time systems are found in industrial machines for example, where strict deadlines need to be adhered to.
Mobile embedded systems: As the name suggests, these are found in portable electronics
Embedded systems have an extremely important role, and because they’re embedded, they’re not interchangeable. This demonstrates their importance. If they were not essential to the overall system’s operation, they would instead be modular and could be swapped in and out to allow for new functions or processes.
As embedded systems usually only have one function, they are able to operate with very little power consumption and can fit in a tiny space compared to other components. They are also very cheap, making them a hugely efficient way of controlling devices. Embedded systems are also very low maintenance, rarely needing any hardware or programming changes. This makes them very useful for integrating into devices that don’t need end-user servicing. Embedded System Training in Noida has been designed as per modern industry trends and keeping in mind the latest Embedded Systems course content and syllabus based on the requirement of the student. Moreover, it also helps them to get placement in MNC’s and accomplish their career goals.