Microsoft (Microsoft) and Apple (Apple) recently launched the first wearable products, which not only renewed the hot market topic, but also pushed the fitness bracelet and smart watch sensor specifications to a new situation. The two companies use sensors such as UV light, pressure and heart rate to provide novel environmental and bio-sensing functions for wearable devices. It is expected to stimulate other brand factories to follow up and ignite a new wave of sensing technology. Chen Hongren, special assistant of the Microsystems Center of the South Branch of the Industrial Research Institute, said that both Microsoft and Apple have been wearing wearable devices for many years and have accumulated a large number of patents. Recently, the products of the two major technology companies, Microsoft Band and Apple Watch, have been implemented. Immediately became the focus of the industry. In particular, Microsoft and Apple are willing to position wearable devices as a specialized product for fitness management and smart assistants. Through various environmental and biological signal sensors, various new functions can be realized, which is expected to drive a new wave of wearable device sensor design. Chen Hongren emphasized that under the Microsoft and Apple powers, the development of wearable environment and biosensing applications is boiling to the boiling point, stimulating many operators to follow up quickly. In Xiaomi, for example, it has recently invested 40 million US dollars to invest in a new wearable device manufacturer, Misfit, to switch to sleep state detection and fashion design, which will create more value than the original millet bracelet. In addition, The MC10 also locks sports professionals, pregnant women and babies separately, and develops a proprietary heart rate monitoring program, which shows that the design of wearable devices is gradually changing. In fact, the first wave of wearable electronic products introduced by system operators is mainly based on mobile smart accessories. Only action sensors such as accelerometers are provided to provide simple functions such as step counting; in order to further attract consumers' attention, recently, sports brands, Mobile device developers are accelerating the development of wearable devices for health monitoring, medical care or personal assistant functions, thereby stimulating a wave of environmental sensors such as pressure gauges, temperature/humidity and ultraviolet (UV), as well as heart rate, blood oxygen, blood pressure or brain Biosensor requirements such as waves. In response to market trends, micro-electromechanical systems (MEMS) chip vendors such as STMicroelectronics (ST), Bosch Sensortec and Freescale have spared no effort to expand the lineup of environmental and biosensor products; among them, Bosch Sensortec is the first in the world in 2015. The Consumer Electronics Show (CES) showcases a four-in-one solution for pressure, temperature, humidity and gas sensors to appeal to wearable device manufacturers who are extremely sensitive to design space. Chen Hongren revealed that following the biological and environmental sensing, the next round of wearable device sensor technology competition is expected to be based on infrared (IR) image, speech recognition and gas sensing. Observing Microsoft and Apple product specifications, all equipped with MEMS microphones to wake up Cortana or Siri voice assistants, reducing the dependence of wearable devices on mobile phones; and some new manufacturers are planning to import IR image modules to provide night-time assistance and heat source detection. Such as the function, or through the volatile organic compound (VOC) gas sensor, to remind users of air pollution at any time. Obviously, emerging sensing technology has become the focus of the wearable device function competition, which will bring huge business opportunities to MEMS chip vendors.
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