One Module. Infinite Possibilities
Build and customize your own clinical-grade ECG patch with our OEM-ready ECG module.
Built on iOrbit's proprietary sensor platform, the iECG Patch module gives medical device OEMs and digital health companies a certified, ready-to-integrate cardiac monitoring core - cutting months off in-house sensor development. The module connects seamlessly with the iTOUCH Cloud Platform for real-time analytics, or can operate independently within your own software ecosystem.
A superior ECG Patch module designed for continuous, clinically accurate cardiac monitoring with a compact, patient-friendly form factor.
Key Highlights
- Advanced signal acquisition for high-quality ECG recordings
- Low-noise electronics to improve signal clarity and accuracy
- Supports continuous long-term cardiac monitoring
- Easy integration into wearable and remote patient monitoring devices
- Real-time connectivity for seamless healthcare data access
- Flexible architecture adaptable to different medical use cases
- Designed to support modern telehealth and remote care solutions
- Enables reliable and data-driven healthcare insights
- Compact and lightweight design for enhanced patient comfort.
What is Inside?
iECG Sensor Specifications
Why iECG?
Unique Benefits and Differentiators
iECG Value Proposition
For Key Segments
Skip years of in-house ECG sensor development and launch your cardiac monitoring product in a fraction of the time with a pre-validated, integration-ready module.
Reduced R&D InvestmentLeverage iOrbit's clinical-grade hardware and iTOUCH software platform instead of building from scratch, significantly lowering development cost and engineering risk.
White-Label Ready with Custom BrandingApply your own brand identity, packaging, and product name to a proven ECG patch platform designed for rapid customization.
Enable continuous cardiac monitoring beyond hospital walls, giving clinicians real-time visibility into patient health from any location.
Hospital at-homes ProgramsSupport early discharge and home-based recovery programs with reliable, wearable ECG monitoring that keeps patients connected to their care team.
Continuous Home Cardiac MonitoringTrack cardiac rhythms around the clock in a home setting, improving detection of arrhythmias like AFib while reducing the need for repeated hospital visits.
Leverage the iTOUCH platform's AI-powered arrhythmia detection and confidence scoring to deliver smarter cardiac insights within your digital health application.
Multi Parameter Monitoring IntegrationCombine ECG data with respiration, activity, and fall-detection parameters to build a comprehensive patient monitoring experience from a single wearable module.
API & Cloud IntegrationConnect the iECG Patch to your own cloud infrastructure through SDK and API access, enabling seamless data flow into your existing platform and workflows.
Capture continuous, high-fidelity ECG data across trial participants with a comfortable wearable patch that improves patient compliance and data quality throughout the study.
QT/QTc Drug Safety MonitoringMonitor QT/QTc interval changes in real time during pharmacological studies, supporting accurate cardiac safety assessments required for regulatory drug approval.
Cloud based Study ManagementManage multi-site cardiac monitoring studies through a centralized cloud platform with secure data collection, real-time access, and streamlined reporting for research teams.
Track cardiac vitals of personnel operating in high-heat, high-altitude, or high-stress conditions with an IP55-rated, lightweight patch built to perform where standard monitors cannot.
Fatigue Detection SystemsDetect early signs of physical fatigue and cardiac stress in real time, enabling proactive intervention for pilots, drivers, and frontline workers before safety is compromised.
Rugged real-time Telemetry PlatformsStream continuous cardiac and motion data over BLE to field-deployable dashboards, giving command teams live physiological visibility across distributed personnel.
The iECG Journey
How it works - from module to market
The iECG Patch by iOrbit Digital Technologies is a clinical-grade, OEM-ready ECG sensor module engineered for continuous cardiac and respiratory monitoring. Compact and lightweight at just 20 grams, the module measures 60×30×10mm and delivers up to 72 hours of uninterrupted monitoring on a single charge — making it suitable for both clinical environments and everyday patient wear.
Designed for medical device OEMs, digital health companies, healthcare providers, and clinical research organizations, the iECG Patch eliminates years of in-house sensor development. Its modular, white-label-ready architecture allows partners to integrate a proven cardiac monitoring core into their own products and bring them to market faster with significantly reduced R&D investment.
The module captures heart rate from 30 to 230 BPM with ±3 BPM accuracy, supports optional respiration rate monitoring and fall detection, and connects via Bluetooth Low Energy v5 with a range of up to 80 metres. An IP55 ingress protection rating ensures reliable performance across clinical, home, wellness, and demanding defense and industrial environments.
Paired with iOrbit's iTOUCH Cloud Platform, the iECG Patch enables AI-powered arrhythmia analysis, real-time telemetry, seamless EHR and HIS integration, and cloud-native remote patient monitoring workflows. Partners using their own cloud infrastructure can connect through SDK and API access for flexible data integration.
As an FDA-registered, ISO 13485-certified company, iOrbit provides end-to-end regulatory support - including ready Design History Files, complete technical documentation, and EU-MDR compliance support - helping OEM partners achieve certification and launch in global markets faster. Whether you are developing a wearable cardiac monitor, a remote patient monitoring system, or a clinical trial data collection device, the iECG Patch provides a flexible, certified foundation to build on. Contact iOrbit today to explore how the iECG Patch module can accelerate your next product launch and reduce time to market.