Can you imagine your life without smart devices? They made our lives easier and more convenient. But what do we know about these devices? So far, we have many kinds of embedded systems, but do you know anything about them? In this insightful post, we’ll take a deeper look at embedded software development and its impact on different business domains.
An Embedded System: Definition
Let’s begin with the basics and give a definition to this term. It’s a non-computer device that comes with integrated software based on micro controllers and microprocessors. The main goal of these systems is to control devices that aren’t considered computers. They usually work either as a part of a bigger system or perform a certain function. For example, coffee machines, fridges, traffic lights, smartphones – all these devices include embedded systems.
It goes without saying that most of the jobs today are performed by machines. The range of tasks performed by embedded systems is huge and varies from domestic uses to industrial. Let’s figure out some of the most popular practical uses of embedded systems:
- So far, data collection, feedback systems are mostly controlled by embedded systems.
- Just have a look at any device you have in your house – a laptop, mobile phone, router – all of them are based on embedded systems.
- Ovens, washing machines, fridges – all these devices run on powerful embedded systems.
- Absolutely each vehicle comes with a pre-installed embedded system (music systems, lighting, navigation systems, braking systems, etc.) The main goal of these systems is to improve the functionality of a device.
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Benefits of Embedded Systems
Now, let’s move on to discussing the fundamental benefits of embedded systems.
Although the performance of such systems is contingent on numerous factors, they are considered extremely powerful. However, a lot depends on the number of tasks an embedded system performs. If it’s a specific task, the whole system will be extremely fast. But if it’s a complex embedded system that features multiple hardware, it can be a little bit slower. In general, strong performance is one of the fundamental benefits of such systems.
As compared to traditional computers, embedded systems are smaller in size. And this benefit makes them more portable. Moreover, they can also be used for mass production. Because of their smaller size, they are faster and have a shorter loading time. Besides, small size makes them cheaper as compared to large systems.
One of the fundamental benefits of embedded systems is their cost-effectiveness. All the elements of it including processors, random access memories, motherboards are made of ineffective materials and, of course, consume less power. As they consume less power, they save you money.
Easy to use
Another reason to use embedded systems is that they are very easy to use and control. The thing is that they are made of cheap elements that need less maintenance. Nevertheless, there’s one shortcoming. Sometimes, they are complex. This means that a professional engineer is needed to run them, a person who understands all the aspects of these systems and knows how to fix them.
Overall, an embedded system is a powerful solution that can be used in almost any industrial sector. So far, an embedded system is the best and most effective solution for almost all industry sectors where durability, ease-of-use, and low energy consumption are of utmost importance.