Show HN: Open-Source 8-Ch BCI Board (ESP32 and ADS1299 and OpenBCI GUI)

Summary

Cerelog ESP-EEG High-precision 8-channel biosensing board designed for EEG, EMG, ECG, and Brain Computer Interface (BCI) research applications www.cerelog.com and Product Page: Here Need Help or have a question? Discord Chat Community Open Source Firmware, Software & Schematic included on this page Helpful Links Contact: simon@cerelog.com Need Help or have a question? Discord Chat Community Product Page: Here Product Usage Guide : Here and See Instructions file above for device usage Video Product Overview: Here Why Cerelog's ESP-EEG? Easy to use Software compatability: Compatable with OpenBCI Gui (Custom fork) via **Lab Streaming Layer (LSL) ** protocol (What is LSL?) Setup instructions and LSL Custom Python connection script : Here A modified OpenBCI Gui has been forked above so you can visualize data easily and stream to other platforms. This works with it's LSL streaming capability via a special python script (in link above)! 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. Stream data to Brainflow API for complex data analysis : Instructions on how to collect data from device with Brainflow API custom instance: Here and Custom instance of Brainflow Repo: Here for collecting data with the device. Note: Test script to quickly view plot and aquire data -> Run 'Shared_brainflow-cerelog/python_package/cerelog_tests/filtered_plot.py' from in above repo. (Must download and run with full Brainflow instance to use) NEW: WiFI Support - (Beta Testing) - For Use With OpenBCI GUI Fork / LSL More info 📉 Superior Noise Reduction (Closed-Loop Bias) Unlike many consumer EEG devices that use "open-loop" or passive grounding strategies, the ESP EEG implements a True Closed-Loop Active Bias (Drive Ri...