Embedded System- A way of Working, Organizing or Performing Tasks According to Set of Rules

In applications where a general-purpose computer doesn’t meet the desired operational requirements, an embedded system is the go-to solution. As opposed to a general-purpose computer, an embedded systems is programmed for a very specific function. For instance, an embedded system in a global positioning system (GPS) may help with receiving satellite signals. An embedded system is a combination of software and hardware which together facilitate the accurate functioning of a target device. The significant characteristics of an embedded system are speed, power, size, accuracy, reliability and adaptability. Embedded systems can be defined as application-specific, special purpose systems and they are designed typically for meeting real time constraints.

Embedded System Global Market Information:

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The global embedded system market is primarily driven by factors such as increasing application of embedded systems in the automobile industry, increasing demand for embedded systems with multi-core technologies and embedded graphics. Moreover, increasing demand for smarter and power efficient electronic devices has positively impacted the growth global embedded systems market. Widespread application of these systems in various application areas such as automotive, space, aeronautics, rail, electronic payment solutions, and mobile communication among others is set to bolster the growth of the global market. In addition, automation in energy metering with the advent of smart meters that enable two-way communication, is also a major propeller for industry growth.

With the Internet of Things (IoT) evolving continuously and smart devices becoming a commercial success, the conditions are presently highly favorable for the growth of the global embedded systems market

Widely regarded as the Progenitor of IoT, Embedded Systems will continue to Find Uses in Smart Devices

Experts in the electronics industry often remark that embedded systems were the precursor to IoT. However, the IoT industry has evolved so rapidly that it now directly influences the way embedded systems are designed and implemented. From smart wearables to military equipment to software applications, embedded systems are increasingly being used in every new application that impacts our lives.

With the prices of hardware components such as microcontrollers, microprocessors, and FPGA chips having dipped in recent years, companies now find it more cost-effective to purchase a generic chip and create their own code for it. This is the approach now being followed by numerous companies producing smart electronics, smart devices, and other sophisticated electronics that are a part of the IoT ecosystem.

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Real-time Embedded Systems on Brink of Exploding on to the Scene with their Cutting-Edge Advantages

On the basis of functionality, the global embedded systems market features various types of embedded systems such as real-time, networked, stand alone, and mobile. The future clearly belongs to real-time embedded systems because of the sheer advantages they bring to various applications. These types of embedded systems, for instance, can operate in extremely constrained environments where restrictions exist on both computing power and computer memory.

 It’s hardly surprising then, that the demand for real-time embedded systems is soaring from the education, government, military, medical and electronics sector.