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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

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    • 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
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    • OpenBCI EEG Headband Kit Guide
    • Electrode Cap Getting Started Guide

    Electrodes

    • Electrode Guide

Third-Party Hardware

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  • EmotiBit

    • EmotiBit Guide

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    • HEGduino How-to

    IDUN Dryode

    • IDUN Dryode™

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

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    • Pulse Sensor Guide

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    • ThinkPulse™ Getting Started Guide

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

Software

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    • The OpenBCI GUI
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    • MATLAB
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For Developers

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  • Deprecated Docs
  • Spiderclaw V1 & V2 (deprecated)
  • OpenBCI 8bit Board (no longer in production)
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  • Python and OpenBCI
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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

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  • Arduino Focus Example

    • Send Focus Data from GUI to Arduino

    Experiments

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    Community Page Projects

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    EMG Projects and Tutorials

    • EMG Scrolling
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    • EMG-controlled Slideshow
    • EMG-controlled LED
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Ganglion Getting Started Guide

Overview

This guide will walk you through setting up your Ganglion, connecting it to your computer, and then connecting it to yourself. Please review this guide in its entirety before starting, and consult the Ganglion Biosensing Tutorial Video. Have fun!

Note that the Ganglion is not set to be discoverable out of the box, you need the GUI.

What You Need

OpenBCI Contents

  1. OpenBCI Ganglion Board
  2. An OpenBCI Ganglion Dongle
  3. 6V AA battery pack & (x4) AA batteries (batteries not included)
  4. (x4) plastic feet for board stabilization
  5. EEG electrodes: OpenBCI Gold Cup Electrodes, or your own electrodes, and Electrode Paste
  6. or EMG electrodes: Snap Electrode Cables and Snap Electrodes
  7. A computer connected to the internet

1. Your Ganglion

OpenBCI 8-bit Top

The battery connector on the back can accept 3V to 12V DC power input. The pushbutton is a reset button. Note the removable orange stickers on the four switches (SW1, SW2, SW3, SW4). For more information on the Ganglion Hardware, visit the OpenBCI Ganglion page in the Hardware section.

2. OpenBCI Ganglion Dongle

Ganglion Dongle

Plug the OpenBCI Ganglion Dongle into your computer before launching the GUI. Additional dongles can be found in the OpenBCI Shop.

3. Your 6V AA Battery Pack & 4 AA Batteries

Install 4 AA batteries in your battery pack, plug in your Ganglion board and turn on the power switch. You should see the BLUE LED blink gently. Blinking means that the BLE radio is not connected or paired with any computer or phone/tablet. Once the Ganglion is connected, the LED stays steady on.

Battery Connection

Important note If you are using a non-OpenBCI battery holder, please check the polarity (red +/black -) BEFORE powering up your OpenBCI board. A reversed polarity will burn out your board.

4. (x4) Plastic Feet

Plastic Feet

Your OpenBCI kit comes with 4 plastic feet that can be snapped into the holes of your board to provide extra stability while working.

5. Gold Cup Electrodes and Paste

Electrode Starter Kit

If you ordered OpenBCI Gold Cup Electrodes and Electrode Paste, it should come with:

  • 10 passive, gold cup electrodes on a color-coded ribbon cable
  • 3 2oz Jars of Ten20 conductive electrode paste

TouchProof Adapter

If you plan to work with your own electrodes, the Touch-Proof Adapter will come in handy. It will convert any electrode that terminates in the industry-standard touch-proof design to an electrode that can be plugged into any OpenBCI Board!

Download/Install/Run the OpenBCI GUI

Please follow the step by step guide to install the OpenBCI_GUI as a standalone application.

Come back to this guide when your GUI is running!

Start Using The OpenBCI GUI

Connect the GUI to your Ganglion board

Make sure your computer's Bluetooth feature is turned on. Select LIVE (from Ganglion) from the first drop down.

selecting ganglion from drop down

Select Bluetooth (BLED112 Dongle) as the transfer protocol.

selecting ganglion ble from the transfer protocol

The GUI will automatically start searching for Ganglion devices.

Each Ganglion has its own unique 4 character ID (in HEX), and you will see it listed in the BLE DEVICES window. If you don't see any Ganglions, check to make sure your Ganglion has a battery connected, is switched on, and the blue LED is blinking. If there are multiple Ganglions in the room, you can find yours by turning it off, clicking the REFRESH LIST button, then turn on your Ganglion again. Make a note of your Ganglion's 4 character ID.

Select the desired Ganglion device from the dropdown list.

selecting your ganglion ble shield

The GUI will automatically generate a recording to a file. You have an option at this point to create your own file name, in the DATA LOG FILE window, should you choose to.

File Name

Press START SYSTEM when you're ready to begin streaming.

ble ganglion start system

Navigating the GUI

When the GUI connects, it opens up to the default window layout. For a more in-depth guide to the GUI interface and functionality, check out the OpenBCI GUI doc. For the purposes of this introductory tutorial, You should follow the following steps to setup the GUI.

Start Data Stream

Click on the Layout dropdown menu, and select the one outlined in red.

select layout

If the Accelerometer is off, turn on the Accelerometer by clicking the Turn Accel. On button.

Accel ON! Accel ON!

Then, click Start Data Stream to stream data from your Ganglion board.

Start Data Stream First Live Ganglion Data

You should see the Time Series window scrolling some data to the left, the FFT Plot container will show you the power level of the signals at different frequencies. The Accelerometer window will also scroll data. Note that the GUI, by default, saves the raw data in .csv or .txt format into the same directory that you placed the GUI file. Learn about the Time Series and other built-in widgets' function in the GUI Widget Guide. Refer to the Ganglion Data Format guide to learn how to interpret the raw data.

Accel Moving

Pick up your board, and move it around. You should see the data in the Accelerometer window also move around, and if you're touching the input pin header, you will see some noise in the other windows. Nice!

NOTE: If you're having connection issues, refer to the troubleshooting tips below.

  • check that you have fresh batteries
  • move the Ganglion board closer to its dongle
  • hit 'AUTOSCAN' a couple of times
  • exit the GUI and restart the computer to reboot your USB port

Now that you've got your computer connected to the Ganglion, it's time to connect your self!

Connect yourself to OpenBCI

To learn how to connect yourself to OpenBCI using your newly set up board, see the following tutorials:

  • EEG Setup
  • EMG Setup
  • ECG Setup
Last updated on 10/29/2020
← Daisy Getting Started GuideWiFi Shield Getting Started Guide →
  • What You Need
    • 1. Your Ganglion
    • 2. OpenBCI Ganglion Dongle
    • 3. Your 6V AA Battery Pack & 4 AA Batteries
    • 4. (x4) Plastic Feet
    • 5. Gold Cup Electrodes and Paste
  • Download/Install/Run the OpenBCI GUI
  • Start Using The OpenBCI GUI
    • Connect the GUI to your Ganglion board
    • Navigating the GUI
  • Connect yourself to OpenBCI
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