OpenBCI Documentation

OpenBCI Documentation

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Welcome to OpenBCI

  • Welcome to the OpenBCI Community

Getting Started

  • Getting Started
  • Boards

    • Cyton Getting Started Guide
    • Daisy Getting Started Guide
    • Ganglion Getting Started Guide
    • WiFi Shield Getting Started Guide

    Biosensing Setups

    • Setting up for EEG
    • Setting up for ECG
    • Setting up for EMG

    Community

    • Welcome to the OpenBCI Community

Cyton Board

  • Cyton Board
  • Cyton Specs
  • Cyton Data Format
  • Cyton Board SDK
  • Cyton Board Programming Tutorial
  • Cyton Radios Programming Tutorial
  • External Trigger on OpenBCI Cyton Board
  • Using SD Card with OpenBCI

Ganglion Board

  • Ganglion Board
  • Ganglion Specs
  • Ganglion Data Format
  • Ganglion SDK
  • Ganglion Programming Tutorial

Headwear & Electrodes

  • Add Ons
  • Headwear

    • Ultracortex Mark IV
    • Ultracortex Mark III
    • OpenBCI EEG Headband Kit Guide
    • Electrode Cap Getting Started Guide

    Electrodes

    • Electrode Guide

Third-Party Hardware

  • Third-Party Hardware
  • EmotiBit

    • EmotiBit Guide

    HEGduino Kit

    • HEGduino How-to

    IDUN Dryode

    • IDUN Dryode™

    Myoware

    • MyoWare OpenBCI Integration (Cyton Board)
    • MyoWare OpenBCI Integration (Ganglion Board)

    Pulse Sensor

    • Pulse Sensor Guide

    ThinkPulse

    • ThinkPulse™ Getting Started Guide

    WiFi Shield

    • OpenBCI WiFi
    • Wifi Shield Programming Tutorial
    • OpenBCI WiFi Shield API
    • OpenBCI Wifi SDK

Software

  • Compatible Software
  • Developed By OpenBCI

    • The OpenBCI GUI
    • GUI Widget Guide

    Compatible Third Party Software

    • MATLAB
    • Neuromore
    • OpenViBE
    • Lab Streaming Layer (LSL)
    • BrainBay
    • BioEra
    • VirtualBox Windows Guide

For Developers

  • For Developers
  • Software Development
  • Firmware Development
  • Hardware Development

Deprecated Documents

  • Deprecated Docs
  • Spiderclaw V1 & V2 (deprecated)
  • OpenBCI 8bit Board (no longer in production)
  • Ultracortex Mark 1
  • Ultracortex Mark 2
  • Ultracortex Mark III "Nova" & "Supernova" (REVISED)
  • Python and OpenBCI
  • OpenBCI Hub

Troubleshooting

  • Troubleshooting Landing
  • Minimizing Noise
  • GUI Troubleshooting
  • FTDI Buffer Fix on Linux
  • FTDI Buffer Fix on OS X
  • FTDI Buffer Fix on Windows

Example Projects

  • Example Projects
  • Arduino Focus Example

    • Send Focus Data from GUI to Arduino

    Experiments

    • Puppies and Kittens Experiment

    Community Page Projects

    • Community Page Projects

    EMG Projects and Tutorials

    • EMG Scrolling
    • EMG-controlled Stop/Start Music
    • EMG-controlled Slideshow
    • EMG-controlled LED
    • EMG Chrome Dino Game

FAQ

    FAQ

    • Frequently Asked Questions
    • General Frequently Asked Questions
    • How OpenBCI products go together?
    • Hardware & Software
    • Purchases & Payment Processing
    • Shipping & Taxes

    Policies

    • OpenBCI Cookie Policy
    • Privacy & Security
    • RETURNS & REFUNDS
    • Liability Policy
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How OpenBCI products go together?

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What products should I get?

If you are new to OpenBCI or you are just curious about our products don’t fret! Watch our tutorial of How OpenBCI Products Go Together to get a crash course on your first set-up!

Here is a detailed explanation of what you need to get started:

The first component you would need is one of our 3 Biosensing Boards. You will select a board depending on how many electrodes you want to analyze data from. In general, with additional channels, you have additional spatial resolution that enables more diverse types of research. We offer three different boards, the Ganglion Board (4 channels at a sample rate of 200Hz), the Cyton Board (8 channels at a sample rate of 250Hz), and the Cyton + Daisy Boards (16 channels at a sample rate of 125Hz). Each channel lets you plug one electrode into them, so the more channels you have the more electrodes you can play with. If you are purchasing the Ganglion board you will need the Ganglion Dongle.

The boards sample rate is limited by the bluetooth bandwidth. In order to increase the sample rate, you can purchase the WiFi Shield. The WiFi Shield increases the sample rate by transmitting the data via WiFi as opposed to Bluetooth. The WiFi Shield can be controlled through HTTP requests and can send JSON objects with data in nano volts. With the WiFi Shield connected:

  • The Cyton can stream data at 50Hz, 500Hz, 1000Hz, 2000Hz, 4000Hz, 8000Hz and 16000Hz.
  • The Cyton + Daisy can stream data at 250Hz, 500Hz, 1000Hz, 2000Hz, 4000Hz, and 8000Hz.
  • The Ganglion can stream data at 200Hz, 400Hz, 800Hz, 1600Hz, 3200Hz, 6400Hz, and 12800Hz

Now that you have the board, the second thing you need to get started is a set of electrodes (or a headset, we’ll talk about it after). Our Boards have male header connectors, so you would need to get electrodes that are compatible. If you are interested in mainly doing EMG or ECG, we recommend you use our EMG/ECG Snap Electrode Cables with EMG/ECG Foam Solid Gel Electrodes (30/pack), these electrodes are a ready to go solution and plug in directly into our Biosensing boards. If you want to be able to do EEG as well as EMG and ECG, we recommend you get our Gold Cup Electrodes with Ten 20 Paste. You can affix these electrodes (almost) everywhere with some medical tape, which allows you to measure EEG, EMG, and ECG. If you already have your own electrodes, or have an electrode cap with touch proof connectors, you can still use them with our Biosensing Boards, by purchasing our Header Pin to Touch Proof Electrode Adapter.

Another way to go is to purchase the Mark IV headset. At its core the Mark IV is a frame with dry electrodes, that allows you to affix the dry electrodes to the scalp without having to use any paste. If you are mainly interested in EEG and do not want to have to go through the hassle of using EEG Paste on your hair, this is the way to go. You can purchase the Mark IV with either 8 electrodes or 16 electrodes (you don’t need to purchase extra electrodes). The Mark IV comes in 3 configurations, Print it Yourself, Unassembled, and Pro-Assembled. The Print it Yourself version is great if you have a 3D printer and you are able to print some of the parts yourself. The Print it Yourself version includes all of the electrodes, cables, and all of the other parts that aren’t 3D printable. The Unassembled version comes with all the necessary materials to build the headset, sort of like a puzzle but easier. You can check the assembly guide for instructions. If you don’t want to bother with assembly or 3D printing parts, you can buy an already assembled headset, our Pro-Assembled Mark IV. Note that neither headset comes with a Biosensing board.

We recommend that if you are getting the 8 Channel Mark IV you pair it with the Cyton board, and if you are getting the 16 Channel Mark IV you pair it with the Cyton + Daisy Boards. Nevertheless you can use all of our boards with the Mark IV.

In addition to OpenBCI products, we also sell compatible products like the Myoware Muscle sensor and the Pulse Sensor. Both can be connected to the Cyton and Ganglion Boards to add more capabilities, they are also both compatible with the OpenBCI GUI.

What about Software?

You can use both the Cyton and the Ganglion with the OpenBCI GUI to get started with reading your brainwaves. Here is the tutorial on installing the OpenBCI GUI.

Regarding third party software, the Cyton board is compatible with:

  • OpenViBE
  • neuromore studio (Bio-data acquisition, processing and visualization software)
  • BrainBay (Open-source neurofeedback application, OpenBCI tutorial here and another here)
  • BioEra (Visual designer useful for analyzing signals in real time)

The Ganglion board is currently compatible with:

  • BioEra
  • BrainBay (Open-source neurofeedback application)

Currently new drivers are being developed to add OpenBCI compatibility to Bioexplorer (tbd), BCI2000 (tbd), etc.

In addition, if you are really comfortable with programming you can use MatLab or Python tools to analyze the raw data of your OpenBCI boards. For more info, head over to the For Developers Section.

Last updated on 8/10/2020
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  • What products should I get?
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