ESP-EEG: 8-channel biosensing board designed for EEG, EMG, ECG, and Brain Computer Interface (BCI) research

Cerelog ESP-EEG is a high-precision 8-channel biosensing board designed for EEG, EMG, ECG, and Brain Computer Interface (BCI) research applications.

ESP-EEG’s Python client software can stream data via the standard neuroscience software communication protocol Lab Streaming Layer. This means you can stream directly to your favorite neuroscience software or MATLAB running on your laptop or remote computers, record data streams, and integrate ESP-EEG’s data with other data streams.

Technical Specifications

Feature	Specification
ADC	Texas Instruments ADS1299 (24-bit, Research Grade)
Channels	8 Differential Channels + 1 Active Bias (Noise Cancellation)
Sample Rate	250 SPS (Default)
Processor	ESP32-WROOM-DA (Dual Core, WiFi/BT capable)
Connectivity	USB-C (Data/Power) & WiFi/Bluetooth (Hardware Ready)
Montage	Referential (SRB1 = Ref) by default. Configurable to Sequential. See firmware folder for more information

Read more on GitHub.

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