Microcontroller and microprocessor market continues to grow

朗锐智科

Microcontroller and microprocessor market continues to grow [Copy link]

The expansion of consumer demand and technological advancement in the industrial field continue to drive the rapid growth of the microcontroller and microprocessor market. The key factor causing its explosive growth is the application in the automotive, telecommunications and healthcare fields, where electronic and electrical components are becoming more powerful and smaller in size. In addition, the continued development of artificial intelligence also helps to guide the continued growth of the microcontroller embedded system market. In terms of microprocessors, the microprocessor market will continue to grow based on the advancement of PCs, laptops, tablets, mobile phones, embedded microprocessor units and other applications. Other applications that drive the microprocessor market include the increasing number of Internet of Things applications and the commercialization of 5G communications. Undoubtedly, Intel remains the largest microprocessor supplier, accounting for one-third of the market share, and other suppliers include Qualcomm, Micron, Sony, TSMC and Nvidia. 5G represents the true convergence of computing and communications. 5G is the next evolution of wireless technology and will provide a better user experience for existing devices. 5G will enable disruptive innovation in network infrastructure and all types of smart and connected machines. Edge computing is a fundamental element of 5G networks, providing opportunities for more value from the network and new consumer and business services that were not possible with previous architectures.

Behind the Wheel

In addition to the development of 5G communications, the expansion of popular electronic features by automakers into mainstream models beyond the luxury class has triggered a surge in demand for microcontrollers and microprocessors.

Microcontrollers and microprocessors, long used to control power windows, brake systems and interior displays, are now being added to a growing number of other driver services, including lane departure warning, parking assist, collision avoidance, side assist, backup system camera technology, greatly enhanced entertainment features, and a host of advanced vehicle displays and electronic warning notifications that were previously unavailable in many makes and models. More importantly, autonomous driving has led to new demand for microcontrollers, with many experts predicting that electric vehicles could replace the production of standard internal combustion engines in just 10 years. Market Research Future said that while the use of embedded microcontrollers continues to grow throughout automotive systems and production, the largest growth in market share is due to the increasing adoption of small-sized electronic and electrical components in vehicles. The surge in sensor devices and technologically advanced infotainment systems is also expected to drive a "confident pull" in the microcontroller embedded systems market.

Healthcare Meets Cloud Computing

Increased microarchitecture development activity in medical and healthcare environments continues to be driven by IoT and cloud-based opportunities, making this industry one of the most impressive markets for future growth.

The equipment often requires complex computer control systems using a variety of semiconductors, microcontrollers and other components to not only monitor a patient's vital signs but also process images and other diagnostic functions.

Increasingly, healthcare operations are turning to embedded chip technology to treat patients in remote areas where medical services and doctors are not easily accessible.

Through the IoT, embedded devices using high-speed processors can quickly help diagnose a patient's illness, paving the way for reliable treatment options, storing data in the cloud for further evaluation and follow-up. Sensors monitor temperature, blood pressure, heart function, glucose, and a variety of other internal systems to enable remote consultations with medical professionals. Advances in medical automation robotics are facilitating the deployment of robots to handle time-consuming tasks, reduce labor, prevent errors, improve patient safety, and maintain business operations. Robots will increasingly be used in supply chain functions, surgical procedures, and clinical applications. Robotics also play a role in a variety of prosthetic devices, with some of the latest advances leading to computerized bionic limbs powered by microprocessors and computer chips that help drive movement and, in the case of robotic legs, use sensors that can even adjust for speed and terrain.

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