Today, the evolution of wearable products has changed from the simple portable entertainment needs of people to now with tests and reminders of various physical health parameters. Through this function, we can achieve a responsible attitude towards our own health. There are many kinds of human health indicators, such as blood sugar, blood pressure, heart rate, body temperature and other indicators. Each indicator is tested in different ways. If the hardware for all indicators is stacked on a wearable device, the device‘s The volume is unimaginable, and it will definitely not meet the requirements of "wearable" form, which will bring great inconvenience to users.

At the same time, wearable medical products distinguish traditional medical products by their convenience and real-time performance, which requires the continuous working time of wearable products to meet the frequency used by users, so there are extremely strict requirements on the power consumption of products.

In order to improve customer experience, with the advent of the Internet of Everything in the 5G era, users also expect that wearable medical products can be directly connected to mobile phones, and at the same time, the monitoring medical health data is stored in the cloud for big data analysis, so as to obtain a more reasonable health guide.

Based on the above description, component suppliers need to provide chip solutions with high integration, low power consumption, and wireless connection functions, and at the same time, the performance of the test is required to be accurate and credible.

Based on the market requirements for wearable medical products, the technical solutions and products provided by the medical department of ON Semiconductor accumulated more than 30 years of experience can fully support this demand. As the only supplier in the industry to provide professional hearing aid chips in the open market, it has launched the Ezairo7160 chip with the highest integration and the lowest power consumption in the industry. , wireless Bluetooth low energy (BLE), crystal oscillator and other functional modules are integrated into a 3.8 mm × 6.6 mm system-on-chip (SoC) package, designed to have a quad-core 375 MIPS processing capability, while the average power consumption is 700 µA, while The next generation of products will use more advanced 22 nm technology to achieve higher integration and low power consumption.

At the same time, the medical department of ON Semiconductor promotes the ultra-low-power BLE 5.0 chip RSL10 according to market demand. This chip adopts a dual-core architecture at the same time, integrates advanced and optimized M3 core and DSP core, and the size is only 2.3 mm × 2.3 mm package size , the power consumption in deep sleep state is only 50 nA. This product revolutionizes the industry‘s Internet of Things (IoT) BLE 5.0 chip architecture and power consumption, and fits the characteristics of wearable medical products.

In the future product design roadmap, ON Semiconductor will continue to give full play to its technical characteristics and advantages, provide future users with a complete solution with higher integration and lower power consumption, and improve customers‘ 24/7 monitoring of their health. Provide professional technical support for life and health.