Lagenio Technology is a high-tech company dedicated to designing and producing smart wearable products for children, adults and the elderly, providing one-stop solution services such as hardware manufacturing, software development, location management, healthcare, and smart data management cloud platform . Today we will talk about the core technology of wearable in detail.
The chip of the smart watch
Main chip is the core and is an important device for data processing and command control of wearable devices. In the current situation that wearable devices increasingly require miniaturization and high battery life, the specialization, miniaturization and low power consumption of the main chip have become important criteria for measuring the main chip of wearable devices. At present, the main chips of wearable devices are mainly divided into two types: Application Processor and Micro Control Unit. Wearable devices such as wristbands basically use MCU, and wearable devices such as watches use MCU or AP according to the functional complexity.
At the core of wearable technology with wireless connectivity chips is embedding wireless connectivity into sensor-equipped devices, and this technology will be a key factor in driving the growth and adoption of the IoT ecosystem. Wireless technology can not only transmit personal data to the cloud for analysis and safekeeping, but also share data to smartphones and tablets that users carry with them, which can greatly reduce the workload of wearable devices.
The sensor and display of the watch
The sensor products currently used in wearable devices mainly include: motion sensors, environmental sensors and physiological health sensors. The display screen is an important part of wearable devices and an important means of human-computer interaction, but the display screen is one of the devices with high power consumption in the entire wearable device. The miniaturization of smart watches has an effect on the display screen. Due to the low brightness and high power consumption, the traditional LCD display cannot meet the requirements of wearable devices and has been gradually eliminated. Various new display screens have been gradually adopted by wearable devices due to their special performance and lower power consumption.
the battery of the smart watch
Improving energy efficiency and optimizing batteries has always been the highest priority in the development of smartwatches. The industry is also developing energy forms that are smaller, more efficient, and have longer battery life. When developing wearable devices, battery size, form factor, capacity, and reliability are all factors to consider. The smart watch industry chain involves many links. From the perspective of industrial division of labor, it can be divided into three links: upstream key components, midstream equipment manufacturers, downstream product sales channels and services.
Real-time monitoring of smart watches
Wearable medical devices can reflect the physiological data of the human body to people's mobile devices through sensors, providing users with data, allowing users to monitor their physical health in real time.
Lagenio Technology has released a number of smart watches, among which the fitness watch G6, one of the main functions is blood pressure detection and AI health management functions, which is also one of the few wearable medical devices on the market that can be used to detect blood pressure. If users want to know their blood pressure, they only need to look at the bracelet to know, and they do not need to use traditional blood pressure meters to measure, which is faster and more convenient. If you see your blood pressure rising, you can immediately take measures to lower blood pressure to reduce the occurrence of symptoms such as stroke and cerebral hemorrhage due to high blood pressure. Blood pressure readings can be recorded along with other health data, including heart rate, sleep quality, stress index and activity data, and the bracelet can automatically identify the user's exercise status, making the data obtained by the user more accurate.