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ESP-EEG is an affordable 8-channel biosensing board

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Why This Matters

The ESP-EEG board offers an affordable, open-source solution for EEG research, utilizing high-quality components like the Texas Instruments ADS1299. Its lower cost and open hardware design make advanced biosensing technology more accessible to researchers, hobbyists, and developers, potentially accelerating innovation in brain-computer interfaces. However, users should be cautious of current limitations such as the lack of wireless firmware support and electrical isolation for safe use with certain devices.

Key Takeaways

Note: this post is part of this post is part of #100DaysToOffload , a challenge to publish 100 posts in 365 days. These posts are generally shorter and less polished than our normal posts; expect typos and unfiltered thoughts! View more posts in this series.

I recently ran across a new open-source (or is it source-available?) EEG board that looks interesting: the Cerelog ESP-EEG.

Cerelog ESP-EEG development board in action

At its heart is the Texas Instruments ADS1299 (24-bit, 8-channel) analog-digital converter, the same chip the OpenBCI Cyton uses.

So what's different or better about the Cerelog? From my perusal of the materials, it seems that the selling point is cleaner signal due to true closed-loop active bias, at a price point close to the price of the OpenBCI when it launched (less than half the price of the Cyton now).

Software support includes a fork of the OpenBCI GUI (via Lab Streaming Layer) and Brainflow.

The project is by former SpaceX hardware engineer Simon Hakimian.

Git repository with firmware and schematic here:

⇒ https://github.com/Cerelog-ESP-EEG/ESP-EEG

Product page:

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