A USB-powered, dual-channel ECG platform for real-time analysis and electrode innovation

A USB-powered, dual-channel ECG platform for real-time analysis and electrode innovation

MonitorZ is a portable, USB-powered ECG acquisition and analysis device designed for universities and research institutions developing and testing electrode technologies.
It features two fully independent acquisition channels: one for a reference electrode and one for the electrode under test, enabling direct performance comparison in real time.
The custom PC software receives continuous ECG data streams, applies filtering, and computes essential characteristics like amplitude, signal-to-noise ratio (SNR), channel correlation, and heart rate variability (HRV).
Together, these capabilities provide a research-grade platform for electrode evaluation and ECG signal analysis.
By enabling synchronized dual-channel measurement, MonitorZ brings precision and repeatability to ECG research workflows.
Testing and comparing ECG electrodes in research settings is often inefficient and fragmented:
The result? Incomplete data, slow analysis, and limited reproducibility — making it hard to validate or improve electrode performance.

We designed MonitorZ to make electrode evaluation accurate, synchronized, and simple. A compact, dual-channel ECG system with seamless PC integration — purpose-built for research.
With MonitorZ, researchers can test, compare, and refine electrode designs — instantly and repeatedly.
Results?
Precise, reproducible ECG measurements and a faster path to innovation
Now, testing electrodes isn’t just easier — it’s smarter and more reliable.
Under lab and simulated test conditions, MonitorZ delivers consistent, low-noise ECG data suitable for clinical and academic research.
It proves that precise dual-channel ECG acquisition is possible in a compact, USB-powered device.
