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Proactive Cardiac Monitoring

Taiwan HQ · Hsinchu, Taiwan
US Office · Fremont, CA

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  • Real-Time Monitoring
  • On-Demand Screening
  • Data Research
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  • ECG Sensor
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Signal Quality
99.6%
Excellent
Heart Rate
72 bpm
Continuous recording

Signal Quality
That Reveals More

Medical-grade ECG acquisition, real-time streaming, and verified engineering — from signal to clinical insight.

01The Signal Layer

ECG Captured at the Diagnostic Standard — 500 Hz, 24-bit

How much an ECG can tell you comes down to two things: how often the signal is sampled, and how wide a range each sample can faithfully measure. Most wearable patches sample at 200–300 Hz through a 10- to 16-bit front end — enough to confirm a rhythm, not enough to preserve the waveform detail that clinical decisions depend on. VitalSigns captures at 500 Hz through a 24-bit front end — the diagnostic-grade tier.

123

What 500 Hz / 24-bit actually preserves

  • 1
    Precise R-peak timing500 Hz preserves the sharp morphology of each QRS complex. That precision is what accurate RR-interval and HRV measurement depend on — the foundation for autonomic assessment and HRV research.
  • 2
    P-wave shape preservedThe low-amplitude P-wave is the first waveform that lower sampling rates blur. Keeping its shape intact matters for any rhythm assessment where atrial activity is clinically relevant — including AF screening, one of the most common reasons a physician orders extended ECG monitoring.
  • 3
    Baseline stability through extended wearA 24-bit front end provides the dynamic range to ride through electrode offset, skin impedance drift, and baseline wander — without clipping or saturating. The signal stays clean across hours of continuous recording, not just the first few minutes.
  • Diagnostic-grade ECG acquisition (500 Hz / 24-bit)
  • Real-time secure transmission
  • Clinical-grade review & insight

Engineered for clarity.
Built for clinical impact.

From signal capture to clinical insight, every layer of the VitalSigns platform is designed to deliver the clarity, reliability, and confidence clinicians need — every time.

Why Signal Quality Matters

Typical Consumer Wearable ECG
VitalSigns Connected ECG Platform
Traditional Holter / Ambulatory ECG
Primary use
Brief, user-initiated rhythm checks
Real-time continuous ECG monitoring and remote clinical review
Continuous ECG recording over a prescribed monitoring period
Signal acquisition
Specifications vary; commonly optimized for convenience and brief recordings
500 Hz sampling and 24-bit acquisition
Clinical ambulatory ECG; specifications vary by device
Waveform visibility
Intended mainly for rhythm snapshots; waveform detail varies
High-resolution single-lead ECG designed to preserve clinically relevant waveform detail
Supports rhythm and morphology review; detail depends on device and lead configuration
Clinical workflows
Personal screening and symptom-triggered checks
Live ECG, HR, HRV, temperature and activity monitoring, with trends, reports and remote review
Arrhythmia assessment based on recorded ECG data
Monitoring model
Short, episodic or user-initiated
Real-time streaming with continuous and on-demand workflows
Continuous recording, commonly reviewed after the monitoring period
02The Transmission Layer

Real-Time Streaming, Not Delayed Review

Traditional ambulatory ECG workflows store data on the device and review it after upload or after the monitoring period ends — creating a gap between when a cardiac event occurs and when clinicians can review the waveform.

VitalSigns is designed for continuous ECG waveform streaming when paired with the Hub. Data flows from sensor to cloud in real time — supporting live visualization, cloud-based review, and clinician-led clinical workflows.

Continuous ECG waveform streaming

Why real-time transmission matters

VitalSigns: Real-time workflow

ECG captured by sensor
Instantly transmitted to hub
Secure real-time streaming
Instant clinical visibility
vs.

Traditional: Delayed workflow

Data captured on device
Stored locally
Uploaded in batches or after monitoring ends
Clinical visibility delayed
Real-time visibility. Real-time decisions. Stronger monitoring. Better outcomes.
Delays can mean delayed decisions. Events may be missed. Opportunities may be lost.
03Engineering Standards

Every claim, externally verified.

FDA 510(k)
K243003
Substantial-equivalence clearance for clinical deployment in the U.S. market.
Backsclinical use
IEC 60601-2-47
Ambulatory ECG
Particular requirements for ambulatory ECG systems — sampling rate, accuracy, and signal integrity.
Backssignal fidelity
ISO 13485
QMS · Medical Devices
Certified quality management system for medical-device design, manufacturing, and post-market surveillance.
Backsmanufacturing
TFDA
Taiwan Approved
Taiwan Food and Drug Administration medical-device approval for clinical deployment.
BacksTW deployment

See what the signal reveals.

Request a sample ECG recording captured with VitalSigns, or schedule a walkthrough of the live platform.

Request Sample Recording