A demo showcasing high-speed real-time waveform rendering capability
A reference demo that connects to a Bluetooth wearable sensor and displays real-time waveform, heart rate, and signal quality on a 7-inch touch screen, bringing together EGNOX's real-time graphics and wireless integration capabilities on a single screen.
How this HMI works
An example in which an in-house canvas renderer that draws hundreds of samples per second as a seamlessly flowing waveform, together with BLE sensor integration, alarms, and a multi-screen UI, all operate on a single screen. It is a demo of HMI development capability, not intended for medical diagnosis or treatment; actual deployments are designed and developed to match the customer's sensors and requirements.
* This screen is a reference demo showcasing HMI development capability. It is not intended for any medical diagnosis, treatment, or efficacy use; actual deployments are designed and developed to match the customer's sensors and requirements.
Key Features
High-speed waveform rendering
An in-house canvas renderer draws the graph grid, baseline, and real-time scrolling.
BLE sensor integration
Receives Bluetooth LE wireless data via a co-processor.
Display scale & speed adjustment
Change gain (mm/mV) and speed (mm/s) instantly on the screen.
Real-time alarms
Signals threshold exceedances, disconnections, and more via visual and audible alerts.
Multi-screen UI
Provides waveform, vitals, alerts, settings, system, and network screens.
Network integration
Central monitoring can be configured over Wi-Fi, Ethernet, and MQTT.
Browse screens
Actual screens designed and built directly by EdgenomiX.
* These are actual production screens; the configuration may vary depending on the deployment environment.
What you see and control on screen
How it connects to equipment
Every EGNOX custom HMI commonly supports Wi-Fi/Ethernet networking, OTA wireless firmware updates (signature verification and rollback), remote screen viewing in a web browser, and multiple languages (Korean/English). The communication register map is mapped during the screen design phase to match the equipment model.
Where it applies
Common HMI Hardware Platform
| Display | 7″ IPS 1024×600 · capacitive multi-touch |
|---|---|
| Processor | ESP32-P4 dual-core RISC-V + ESP32-C6 wireless |
| Memory | 32MB PSRAM · 16MB Flash |
| Serial | RS-485 · RS-232 |
| Network | Wi-Fi (2.4GHz) · Ethernet (100M) |
| Remote | OTA firmware updates (signature verification and rollback) · web-based remote screen viewing |
| Operations | Multiple languages (Korean/English) · NTP clock · persistent settings storage |
| UI | LVGL-based graphics · IEC 60073 color standard |
* The specifications above are based on the common EGNOX custom HMI platform; screen size, communication, and form factor are selected and discussed to match project requirements.
Medical & beauty HMI, built to fit your equipment
Tell us your equipment type, communication method, and the screens and features you want, and we'll first review feasibility along with an approximate cost and schedule.