The demand for mobile medical care is becoming more and more obvious, and the concept of care for ex ante prevention is better than for post-treatment. Not only is the app related to smart phones or tablets coming out, but also the market opportunities for smart wearable devices. Many electronics and information companies are in the market. Grabbing into the field of medical electronics and smart health, I hope to develop a market for medical blue ocean.
The demand for mobile medical health care is becoming more and more obvious, driving market opportunities for smart wearable devices
According to ABI Research, the market for mobile healthcare devices, shipments of mobile healthcare devices in 2015 were 119 million units, which is expected to increase at an average annual growth rate of 38%, reaching 427 million units in 2019. Smart wearable devices continue to be launched through new brands such as Apple, Samsung Electronics, and Sony. This has enabled the market to have better demand development. Research institutes have estimated that 2018 At the time, global wearable devices shipped more than 110 million units.
Currently, medical and health-related wearable device applications, the main function is locked in the measurement of physiological values ​​such as heart rate, body fat, blood pressure, etc. As for the type of device, according to Nielsen, nearly 4,000 consumers who bought wearable technology in the United States were investigated. It was found that 61% of people bought a fitness bracelet, 45% bought smart watches, and 17% bought other mobile medical devices.
According to Christian Stammel, founder of Wearable Technologies AG, a wearable device manufacturer, in addition to the existing watches and glasses, the subsequent hardware design has the opportunity to be transferred to the human body for use in addition to the application of the human body. The business opportunities with demand are infinitely large, and it is also an important development platform for the future innovative product market.
Related technologies are valued
In terms of smart wearable device related technologies, since the evolution of Bluetooth technology to version 4.0, due to its ultra-low power consumption, easy connection, and high device penetration, the technology application after Bluetooth version 4.0 is earlier than that of Bluetooth. The version is more imaginative and flexible. The Bluetooth Technology Alliance announced the Bluetooth 4.1 technical specification in December 2013. It is expected to play the Internet of Things (IoT) and intelligence in collecting and providing personalized personal information services. The infrastructure role in the wearable device.
At present, there are many operators who use Bluetooth 4.x technology as the communication interface for connecting smart phones and computer devices. For example, in sports and fitness, the sports manufacturer Nike's Nike+ service uses the device FuelBand SE to use Bluetooth. Communication technology, the well-known health physiology application company Jawbone launched in 2014 the second generation of smart bracelet UP24, is also using Bluetooth low-power communication technology.
In addition, next generation display technologies such as curved surfaces, flexible displays, transparent panels and microdisplays are also the key development directions for smart wearable devices. The panel industry pointed out that the current common display application technologies, including LCD and AMOLED panels, can be applied to smart wearable devices. However, since the above display technologies are mostly based on flat applications, when they are applied to wearable devices, they often need to be considered for consumption. Whether it is a long-term wear, willingness to wear, etc., there are still many constraints on the design.
The next generation of display technologies, including microdisplays, soft displays, transparent panels, curved surfaces, etc., are more suitable for smart wearable devices because of their ergonomic, stylish, stereoscopic projection and portability.
According to Japanese media reports, TDK expects to begin mass production of wireless communication modules for wearable devices in 2014; Alps Electric also plans to mass-produce flexible touch panels for wearable devices in 2014. In addition, Daishinku, a quartz component, has developed ultra-small products for clock functions and is expected to start mass production in 2014. According to reports, Samsung Electronics launched the smart watch Galaxy Gear using the quartz components and power ICs manufactured by the Japanese factory.
In Taiwan, the panel makers AUO and Innolux have also invested in related research and development. The semiconductor industry, including Xintang, Wanghong, Winbond, Yuchuang, MediaTek, ASE, TSMC, etc., are also closely watching and waiting for opportunities. Wearable device market.
The smart wearable device is still in the initial stage of development, and it will take some time for the market to officially detonate. At present, the main development focuses on sensing components such as voice control, gesture recognition, eye tracking, etc. In addition, content operation, light weight, low power consumption , fashion, interactive interface and content services, etc., is also the focus of the industry.
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