Medical systems are becoming more and more miniaturized and more powerful, which will drive the rapid growth of the medical semiconductor market, including ICs, sensors and other devices. ICInsights predicts that the medical semiconductor market will grow strongly in the next few years, and the semiconductor market will maintain double-digit growth in 2017 due to the expected economic slowdown. From 2013 to 2018, the global medical semiconductor market is expected to grow at a compound annual growth rate of 12.3%, and by 2018, medical semiconductor sales will reach $8.2 billion. From 2008 to 2013 (including negative growth due to the financial crisis in 2009), the medical semiconductor market has a compound annual growth rate of 6.9%.
In the IC part, by 2018, the market compound annual growth rate is expected to be 10.7%, and by 2018, the scale will reach 6.6 billion US dollars. Mainly due to the strong demand for solid-state sensors and optical imaging devices, the annual compound growth rate of non-ICs such as optoelectronic devices, sensors, drivers, and discrete components is 20.3%, and is expected to reach $1.6 billion by 2018.
IC and other semiconductor technologies have played a key role in reshaping medical systems. With the digitization of medical imaging systems and the increasing number of health monitoring devices being controlled by computers, as in mobile phones and many consumer electronics markets, IC-driven technological advances are taking place in medical systems. The reduction in IC feature size, on-chip system design, improved sensor technology, and enhanced analog front-end data converters have enabled today's medical diagnostic devices to shrink in size and performance, while reducing the cost of patient use.
With the emphasis on health, health care centers around the world are growing rapidly, and the demand for medical devices is growing. Medical device suppliers face two new medical systems for medical imaging and diagnostics, nursing and surgical applications. The choice of the main direction.
The first direction is to reduce the size and cost of medical devices so that they can be widely used in hospital wards, clinics, and doctors' offices. These new medical devices cost only a quarter or a tenth of the size of a large-scale device compared to traditional large-scale diagnostic devices that are intelligently installed in hospital laboratories, such as MRI and CT scans.
In addition, low-cost wearable medical devices and health monitors are growing rapidly, and these devices can transmit personal health information wirelessly to doctors or as a record of personal health data. Some smartphones can also be used to implement medical and health monitoring by downloading applications due to built-in medical sensors. Of course, in most manufacturers, medically validated mobile medical devices are generally used to monitor patients and elderly people living alone.
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