Nanochap EPC001 in the Intelligent Cockpit, High-precision, Wide Range of Health Monitoring for Driving Protection

In recent years, with the continuous progress of science and technology and the rapid development of intelligentization, the intelligent cockpit has become a new entry point for the automotive industry, and to become people's "third living space" is its ultimate goal, at the same time, people are an increasingly urgent need for an in-depth understanding of their own health and protection of their physical and mental health, Nanochap Nine Sensors EPC001 Life The chip not only explores every detail of the human body, accurately monitors the vital signs parameters, but also analyzes the mood fluctuations, health conditions and takes corresponding intelligent adjustments through complex algorithms.

Fig.1

The chip has a wide detection range and can monitor the driver's heart rate, respiration rate, fatigue index, anxiety index, blood oxygen saturation, atherosclerosis index, blood pressure, spectrum analysis, and other important indicators in real-time. Through all-round monitoring, drivers can fully understand their own physical state, so as to detect potential health problems in time and take corresponding countermeasures to ensure the driver's health and safety.

In addition to a wide range of detection, Nanochap Nine Senses EPC001 also has high detection accuracy. It uses an ultra-low noise programmable amplifier PGA and a 24-bit ADC, and this high-precision technology ensures accurate signal acquisition and processing. The high dynamic range and high precision interception can capture the changes of each index completely, making the measurement results more accurate and reliable. Drivers will get the most real and accurate health data to make more effective health management and adjustments.

In addition, Nanochap Nine Senses EPC001 has a strong resistance to current interference. Due to the existence of various electronic devices and current interference sources inside the car, in order to ensure the accuracy of the health test results, the chip adopts power supply isolation and optocoupler isolation technology. These isolation measures can effectively shield the car from all kinds of current interference, to ensure the accuracy and reliability of the test results.

Fig .2 Structure diagram of Nine Senses NNC-EPC001 chip

In terms of usage scenarios, Nanochap Nine Senses EPC001 can be applied to the steering wheel and seat armrests and other positions inside the car. The steering wheel and seat armrests are the parts that drivers have close contact with, and by combining with these devices, the chip can realize more convenient and seamless health monitoring. Drivers do not need to wear any additional equipment, just normal contact with the steering wheel and seat armrests to obtain health data, so that health monitoring is no longer cumbersome, closer to the driver's life.

In summary, Nanochap Nine Sensors EPC001 is used on steering wheels and seat armrests inside mobile cars to provide high-precision, wide-ranging health detection to protect the driver's health and safety. Its wide detection range can monitor a number of important indicators; high detection accuracy ensures the accuracy of the measurement results; and strong resistance to current interference ensures the reliability of the health detection. The use of this technology will provide drivers with more comprehensive and accurate health management, helping drivers enjoy a safer and more comfortable driving experience.

Advantages and features of Nanochap EPC001 Vital Signs Parameter Detection Chip

1. Rich health detection algorithms: cuffless blood pressure, cardiovascular function indicators, anxiety index, fatigue index, blood oxygen, brain wave concentration, relaxation, etc.

2. Multi-parameter detection: PPG/EEG/ECG/EMG signal detection.

3. High integration. Integrated RISC-V MCU, single-channel ECG analog front-end, single-channel PPG analog front-end, and hardware filter circuit.

4. High sampling rate: ECG channel: 62.5Hz - 32KHz sampling rate, up to 4 kHz bandwidth independent acquisition system.

5. High detection accuracy. Ultra-low noise programmable amplifier PGA and 24-bit ADC intercept the complete signal with high dynamic range and high precision, providing a guarantee for the accuracy of measurement results.

6. Expandability: Its rich peripheral interfaces support the SoC to be used with many different sensors.

Product Parameters

●Operating voltage range: 2.5V ~ 5V

●Operating Temperature Range: -40℃ ~ 125℃

●Low Power Mode: Sleep Mode, Shutdown Mode, Standby Mode

●Low-pass/high-pass/band-stop filter

●256KB-Flash, 64KB-ROM, 64KB-RAM

●UART, SPI, QSPI, I²C, I²S and other digital communication interfaces

●RISC-V core