The emergence of new smart wearable devices such as smart watches, bracelets, and AR eyes means that we have begun to have a new channel for our perception and interaction with ourselves and the external environment. In terms of self-perception, the more common example is the smart watch health monitoring function empowered for sports fitness and health care, through PPG, ECG and other technical methods, such products with built-in multiple sensors can achieve a certain degree of perception of health parameters such as blood pressure, pulse, blood sugar, ECG, etc., and form data interconnection with other intelligent products through various wireless communication means, thus bringing real-time, portable health management functions.
The field of smart wearable devices for perceiving external information is more extensive, covering leisure and entertainment, information exchange, industry applications, etc., such as VR headsets for 3D display and action interaction, applied to industrial production of augmented reality glasses that provide richer visual information, and "temperature measurement Band-Aids" used in the Winter Olympic Games.
With the continuous expansion of use scenarios and user groups, smart wearable devices will inevitably show a trend towards diversification, intelligence and miniaturization. Therefore, the SoC, power supply, display, storage and other components required as a smart product need to progress towards smaller size, lower power consumption, and higher efficiency.
Since 2017, China's wearable device market has maintained an average annual compound growth rate of about 38% of the market size, and is expected to reach 96.42 billion yuan in the entire 2022, and with the internet of Things, cloud computing, meta-universe and other technology booms, smart wearable devices are likely to be the most feasible solutions to connect virtual and reality, with quite broad prospects.
The improvement of functional requirements complements the development of the market, which also provides impetus for the iteration of small-size chip technology for various uses: SoCs are developing in the direction of higher performance, AI computing, and low power consumption; Small built-in power supply to high energy density, high reliability, high service life, complex environment adaptability and other characteristics of progress; Small-size display devices need to maintain or improve the brightness, resolution, color and other performance, under the premise of having smaller size, lower power consumption and other excellent features.
The storage hardware required for smart wearable devices also faces such an environment of opportunities and challenges, on the one hand, it has the broad prospects offered by a new round of technology boom, on the other hand, it needs to meet a variety of demanding needs at the same time, including small size, low power consumption, high reliability, high performance, data security and other aspects.
In line with the customized needs of the smart wearable market, JiangBolong's industry-class storage brand FOREX has developed several small-size high-performance memory chips, with ultra-low power consumption, ultra-small size, simplified packaging and other high-quality features, applications covering smart watches, TWS, Internet of Things and other devices and scenarios, closely following the development trend of smart wearable device miniaturization, to help improve product competitiveness.
Relying on its fully independent firmware development capabilities, leading SiP packaging design capabilities, and innovative memory chip test algorithms, Jiang Bolong has made its products at the forefront of the industry. It is believed that in the upcoming era of cloud computing and the era of meta-universe, the trend of intelligent wearable devices will be expanded as never before, and the interconnection between things and things, things and people, and the communication between virtual and reality will also rely more on these subtle and precise scientific and technological products.