Nanochap Bio-molecular Signal Processing Chip Nine Senses Series EPC001 in Intelligent Steering Wheels

In today's automotive industry, the wave of intelligence is sweeping in at an unprecedented speed, which not only profoundly changes people's driving habits, but also opens up new horizons in the field of health monitoring. Nanochap, with its leading Nine Senses Series EPC001 biomolecular signal processing chip, has successfully realized the real-time collection and transmission of health data on the smart steering wheel/Intelligent Steering Wheels, bringing a brand-new intelligent experience to drivers.

Nine Senses EPC001 is Nanochap's sensing chip system designed specifically for bioelectric signals. It integrates high-precision ECG, EEG, EMG, PPG analog front-end and a powerful RISC-V microcontroller, which not only possesses a high degree of sensitivity and accuracy, but is also capable of completing complex data processing in a short period of time. The outstanding performance of this chip system makes it have a wide range of application prospects in the field of health monitoring.

As an important part of automotive intelligence, smart steering wheel integrates a variety of sensors and control systems, which can provide drivers with a more convenient and safer driving experience. The deep integration of Nanochap with the smart steering wheel realizes the real-time collection and monitoring of many physiological indicators of the driver. Through the Nine Senses Series EPC001 chip, the smart steering wheel can collect the driver's resting heart rate, arrhythmia, BMI, respiration rate, body fat rate, body water rate and anxiety index in real time, and transmit these data to the cloud for analysis and storage.

This intelligent health monitoring function can not only help drivers understand their own physical condition in real time, adjust their driving status in time, and improve driving safety, but also provide doctors with abundant health data to provide strong support for disease prevention and treatment. At the same time, by combining health data with intelligent driving, it can also provide more comprehensive and personalized services for the future intelligent driving system.

The application of Nine Senses Series EPC001 chip on the smart steering wheel not only demonstrates Nanochap's leading technology in the field of biosignal processing, but also injects new vitality into the development of automotive intelligence. In the future, with the continuous progress of technology and the expansion of application scenarios, we have reason to believe that intelligence will play a more important role in the automotive field, bringing more convenience and surprise to people's lives.

The use of Nanochap Nine Senses Series EPC001 chip in the intelligent steering wheel will continue to move to new heights. Continuous technological innovation and market expansion will certainly give more possibilities for this intelligent health monitoring function, allowing drivers to enjoy the convenience and safety brought about by technology, but also pay better attention to their own health status.

Nanochap Nine Senses Series EPC001 Vital Signs Parameter Detection Chip Advantages and Features

1. High integration. Integrated RISC-V MCU, single-channel ECG analog front-end, single-channel PPG analog front-end, hardware filtering circuit. 

2. Rich interfaces: UART, SPI, QSPI, I²C, I²S and other communication interfaces.

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

4. Three-stage integrated comb filter.

5. up to 32kHz bandwidth independent acquisition system.

Bio-molecular Signal Processing Chip Product Parameters

Operating voltage range: 2.5V ~ 5V

Operating temperature range: -40℃ ~ 125℃

Low power consumption modes: sleep mode, shutdown mode, standby mode.

INA programmable gain range: 1 to 120

AC, DC lead off detection; support right leg drive (RLD)

24-bit ADC analog front-end with programmable amplifier support