Microcontrollers in High Demand for Industrial Applications

Microcontrollers in High Demand for Industrial Applications The demand of microcontrollers will be boosted in coming years, due to their popularity in various industrial applications including consumer electronics, smart grid industry, and automotive industry. In this post, we will discuss some of the industries where we think that the demand of microcontrollers will increase in the global market.

The profitability of the automotive industry and smartphone proliferation are key drivers for the global microcontroller market. In some of the economies, the annual sales have surpassed prerecession levels.

Why demand of microcontrollers will increases in automobile industry?

The demand for electronic microcontrollers will increase due to on-going technical advancements in the automobile industry such as self-driving car. Advancement in the field of vehicle connectivity and interactive safety systems will also enhance the demand of microcontrollers in the future. Digitalization of automobiles will also drive the demand for microcontrollers in the future.

Why demand of microcontrollers will increases in automobile industry?

Smartphone proliferation across the world is led by the growing awareness among tech consumers. Manufacturers make use of microcontrollers in development of low cost smartphones in developing economies. Also, they make use of advanced microcontrollers in the development of inexpensive 4G smartphone in emerging markets across the world.

Global smartphone market is increasing at momentous rate. Over the years, this will propel the demand for electronic microcontroller suppliers who can manage bulk demands within promised time frame.

Why demand of microcontrollers will increase in smart grid projects?

Sustainability and soaring energy cost is driving the migration of many economies from conventional to smart grid systems. It will increase the demands of microcontrollers in the future.

As microcontrollers provide greater reliability in the power generation applications, its usage and demand has increased significantly in smart grid projects across the world in last few decades.

Why rate of microcontrollers are dropping in global market?

Microcontroller wholesalers and suppliers are competing with each other and attempting their best to hit low price points. There is a lot of pressure on electronic microcontroller suppliers to significantly lower the selling price of different microcontrollers that are used in IoT-applications.

In the microcontroller market across the world, consistent slashing of average selling cost of microcontrollers are exhibited.

How flexibility of microcontrollers can be enhanced using Embedded FPGAs? To address the needs of different customers, microcontrollers across the world typically have dozens of versions that have different combinations of GPIO configurations. It usually involves a lot of changes under the supervision of qualified engineers and support staff, for each version of microcontrollers. The designing of new version of microcontrollers requires verification.

It is important to understand that a new solution is required as the microcontrollers are moving to the 40 nm mode where the costs of masking are less than one million dollars. All or a part of GPIO subsystems in any microcontrollers can be reconfigured and programmed by using embedded FPGAs. Flexibility and configurability of microcontrollers can be enhanced by embedded FPGAs.