Our Technology

Heart Rate · Blood Oxygen · Microcirculation
    Accurate Real-Time Heart Rate Monitoring Using the JFH102 or JFH111 module, pulse wave signals are captured and analyzed to deliver accurate heart rate measurements. By combining advanced sensing technology with time-domain analysis and frequency-domain validation, our solution provides reliable real-time monitoring with low power consumption, high sensitivity, and robust performance.
    Accurate Real-Time Blood Oxygen Monitoring The JFH102 and JFH111 modules use optical sensing technology to analyze changes in light absorption and reflection associated with blood volume and oxygenation, enabling real-time SpO2 monitoring.Designed for continuous health monitoring applications, our solution provides reliable blood oxygen data that can be integrated into a wide range of smart health and wellness devices.
    Accurate Real-Time Microcirculation Monitoring Microcirculation refers to blood flow through the smallest blood vessels, where oxygen, nutrients, and metabolic substances are exchanged between the blood and surrounding tissues.
    By analyzing pulse wave characteristics, the JFH102 module provides microcirculation-related parameters that can help assess peripheral circulation and support a broader understanding of physiological health.
Future Capabilities
    We are continuously exploring the potential of pulse wave analysis to extract more meaningful physiological insights, helping smart devices deliver more comprehensive and proactive health monitoring.
    → HRV
    Heart Rate Variability (HRV) reflects variations in the time intervals between heartbeats and provides valuable insights into autonomic nervous system activity.
    Continuous HRV monitoring can support the assessment of stress, recovery, fatigue, and overall physiological status, helping users better understand changes in their bodies.
    → Blood Pressure
    Blood pressure is an important indicator of cardiovascular health. Because blood pressure can fluctuate throughout the day, convenient and continuous monitoring technologies have the potential to provide a more comprehensive view of long-term blood pressure trends.
    Through pulse wave analysis, we continue to explore non-invasive approaches to blood pressure trend assessment for smart health monitoring applications.
    → Cardiovascular Health Insights
    Cardiovascular and cerebrovascular diseases remain among the world's major health challenges. Continuous physiological monitoring may help identify meaningful changes in cardiovascular status and provide valuable insights for long-term health management.
    By combining JFH series sensing modules with advanced pulse wave analysis and cloud-based data processing, our technology platform aims to generate physiological insights including HRV, blood pressure trends, and other cardiovascular-related indicators.
    Our goal is to enable smarter, more continuous health monitoring—helping users better understand changes in their physiological status and seek professional medical evaluation when necessary.
Product Application Scenarios
2023-02-10

SmartGoggles incorporates Jingfan Technology’s advanced PPG technology to monitor multiple health parameters, including heart rate, blood oxygen saturation (SpO₂), and HRV, by detecting changes in blood flow. With its convenient and comfortable eyewear design, SmartGoggles enables continuous 24-ho

2023-02-10

Currently, sanitaryware brands including R&T, ARROW, JOMOO, and Panasonic Japan are using Jingfan Technology’s PPG technology to develop smart toilets with health monitoring capabilities.In addition to conventional toilet functions, these smart toilets incorporate PPG-based health monitoring. T

2023-02-10

The widespread adoption of PPG technology and the growing popularity of massage chairs provide people with more ways to manage their health, helping them better understand their physical condition and take appropriate measures to maintain their well-being.PPG technology evaluates physiological condi

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