With the development of technology, smart wearable devices such as oximetry bracelets have become an important part of daily life and are especially popular among health-conscious users. These bracelets are popular for their portability and real-time monitoring function. The application of Nanochap AR100 modules further enhances the performance of oximetry bracelets.

The AR100 module is designed by Nanochap for the detection of vital signs. The module integrates high-precision sensors and advanced data processing algorithms, which can realize real-time monitoring and accurate analysis of heart rate, blood oxygen saturation and other key vital signs parameters. Its core technology advantages are mainly reflected in high precision, low power consumption, comprehensive monitoring and intelligent processing.

Core Technology Advantages

1. High-precision monitoring

AR100 module adopts advanced photoelectric volumetric profiling (PPG) technology, combined with self-developed high-precision algorithm, which can effectively filter out motion artifacts and ambient light interference, and realize accurate measurement of blood oxygen saturation. The measurement accuracy can reach medical grade level, providing users with reliable health data reference.

2. Low power consumption design

Traditional oximetry bracelets have high power consumption and require frequent charging, which affects the user experience, but AR100 module adopts advanced low-power design, which significantly reduces the running power consumption and prolongs the battery life of the bracelet. Users don't need to charge frequently, and can enjoy long time continuous blood oxygen monitoring, and keep track of their own health condition at all times.

3. Comprehensive monitoring functions

In addition to blood oxygen saturation, AR100 module can also monitor heart rate, respiratory rate and other vital signs parameters at the same time. This comprehensive monitoring function enables the oxygen bracelet to provide users with more comprehensive health data.

4. Highly integrated

AR100 module adopts highly integrated design, with compact size and thickness only half of traditional modules, which is easy to be integrated into all kinds of slim and fashionable oximetry bracelets.

5. Wireless data transmission

AR100 module supports Bluetooth connection, which can be seamlessly connected with smart phones and other devices to realize data synchronization, analysis and visualization. Users can check the historical data and trend analysis through mobile APP, and adjust the life style according to the data analysis results to realize more scientific and effective health management.

Practical Application

In practical application, AR100 module plays a great role in blood oxygen bracelet. For example, for athletes, the blood oxygen bracelet can help them monitor blood oxygen saturation in real time, so as to adjust the training intensity and avoid health problems caused by over-training. For patients suffering from respiratory diseases, the oxygen bracelet can monitor blood oxygen levels in real time, detect abnormalities in a timely manner, and provide doctors with timely diagnosis. In addition, for patients who need to stay in bed for a long period of time, the blood oxygen bracelet can also help them monitor vital signs parameters such as heart rate and respiratory rate, so as to discover potential health problems in time.

The application of Nanochap AR100 module in the blood oxygen bracelet fully reflects its core technology advantages. High-precision monitoring, low-power design, comprehensive monitoring functions and wireless data transmission make the oximetry bracelet have a wide range of application prospects in the field of health monitoring.

Advantages and features of Nanochap AR100 ECG and pulse detection module:

● The module is small in size and can be used directly with customer's products.

● It can directly output detection parameters and has abundant detection items.

● It supports wired and wireless connection, and provides Bluetooth communication protocol and serial communication protocol.

Module parameters

Size: 28 mm × 39.7 mm

Product description: ECG + PPG + SpO2

Input Voltage: 5V DC

Operating ambient temperature: -40°-+85

Operating Humidity: 20%-80

Storage ambient temperature: -40°-+85

Storage ambient humidity: 10%-80

Serial port baud rate: 115200

Serial port setting : N81