ThinkPulse™ Getting Started Guide
Available exclusively worldwide only on the OpenBCI® store.
About Conscious Labs
Conscious Labs has been working since 2014 on taking neuroscience out of the lab and into the wild. They bring the technology, the team and the expertise to integrate EEG sensors into head wearables and hearables.
We are very excited to partner with Conscious Labs to offer this affordable, high-quality biosensing kit to our community. The ThinkPulse™ kit offers research-grade dry, active electrode EEG sensors at an unprecedented price point and comfort level.
ThinkPulse™ is a product of Conscious Labs (France). Patents issued and pending. Made in France.
The ThinkPulse™ system is an add-on to the Ultracortex EEG Headset plus Cyton Board
This kit has been designed and its compatibility tested for the 8 and 16 channel Ultracortex with OpenBCI Cyton/CytonDaisy boards. For more compatibility and customization options as well as general product questions, please contact us support@openbci.com.
ThinkPulse Starter Kit $299.99 Contents
Note, the replacement electrode set $99.99 is just for those who want extra electrodes on-hand. The Starter Kit $299.99 includes electrodes.
How to Use the ThinkPulse Starter Kit with the Ultracortex Headset
Below is the step-by-step tutorial by Conscious Labs on how to install the ThinkPulse Starter Kit on the Ultracortex. If you are doing this for the first time, allow yourself 20 minutes to put it together. You may briefly need a soldering iron and soldering wire at Step 3. If you do not have a soldering iron, you can still assemble the ThinkPulse! Keep reading for the solder-free option.
Step 1: Prep Your Ultracortex Mark IV EEG Headset
Step 2: Install the ThinkPulse™ sensors on the Ultracortex
Step 3: Assemble the ThinkPulse™ Power Supply Board
The assembly video shows how to install the power supply board to a post-2018 Cyton and a pre-2018 Cyton.
Some early ThinkPulse units have a hardware bug. The fix is a straightforward, quick solder job. The first minute of the video explains how to do it.
ThinkPulse kits that shipped post-January 2021 are fixed and do not require soldering. If you need help or have any questions, email support@openbci.com
Step 4: Connect and organize the cables
Step 5 (For 16-channel kit) Connect and organize the cables
Technical Specs and Data Sheet
| Parameters | Specs |
|---|---|
| Electrode Height | 7 mm |
| External Diameter | 19 mm |
| Bio-contact Area Diameter | 15 mm |
| Material | Conductive polymer |
| Polymer Dielectric Resistivity | 3.6 Ohm.cm |
| Through Polymer Resistance | <70 Ohm |
| Typical Consumption | 5 mW |
| Active amplification Gain | 0 dB |
| Electrode Noise | <10nV |
| Bandwidth | >10KHz |
Troubleshooting
If you are seeing 'RAILED' in the GUI, try the following tips:
- Disconnect the BIAS earclip from the Cyton board
- Go to the Hardware Settings (button is found above Time Series widget) and turn BIAS and SRB1 'OFF'
- Keep SRB2 'ON'
- For every channel, set the GAIN to '8' or less
- Stop the session, close the GUI, turn off the Cyton board
- Start the system up again. The changes you made to the settings will be saved
Please also refer to the resolved troubleshooting thread in the OpenBCI Technical Form
Non-medical Use Disclaimer
The ThinkPulse™ Starter Kit and the ThinkPulse™ Electrode Set are not a medical device nor are intended for medical diagnosis and are provided to you "as is." OpenBCI, Inc. provides the above product under the following conditions: This evaluation kit is intended for use for ENGINEERING DEVELOPMENT, DEMONSTRATION, OR EVALUATION PURPOSES ONLY.