Bringing you World-Leading Solutions for Research in Neurosciences

This is part 2 of our series on combining a NIRS and EEG experiment in a single setup and merging the data.

Watch Now

Subscribe to stay up-to-date with future releases. In EEG experiments, timing is everything. As a researcher, you need to know the precise moment an event happens. This is why we here at NEUROSPEC came up with the MMBT-S Trigger Interface Box. The MMBT-S allows for sending 8-bit trigger markers via the USB socket on your computer with sub-millisecond precision.

What you will learn:

• How to use the MMBT-S with the DSI-7/DSI-24 EEG Systems from Wearable Sensing
• How to use the MMBT-S with E-Prime 3.0 Software from Psychology Software Tools (PST)

One last thing:

Want to stay up to date with future releases? We regularly produce new content on all the subjects and questions neuroscience researchers come across every day. Please consider subscribing to our channel as this massively helps out the growth and quality of our productions.

Subscribe

Finding just the right cable to connect the various systems and accessories available can oftentimes be a challenge for our customers. That is why we often assemble high-quality, bespoke cables that fit any need that can arise.

Order a custom cable with the form below

Bespoke Cables

All we require from you is the following information:

• Splitter Cable? Yes/No
• Cable Length (cm or in)
• Cable Thickness (cm or in)
• Connector Type A (i.e. D-Sub 25)
• Connector Type B (i.e. 3.5mm jack)

 We will put together an estimate on lead-time and price, make the cable and ship it out to you as quickly as possible.

Order a custom cable with the form below

Bespoke Cables

It is always exciting to see the work our customers do with the systems we supply them with. Seeing researchers go from an initial concept and idea of what they would like to do to completing their research and making incredible articles and videos like these

EPFL making use of a DS5 supplied by NEUROSPEC AG

Read Article

This particular customer approached us a while ago, interested in a DS5 Isolated Bipolar Constant Current Stimulator and combined it together with VR technology to improve spatial navigation. This study aims to address the growing issue of dementia in an aging population. If you are also interested in conducting a new research project but don't know how to get started, then reach out to us and let us know! 

We have collaborated with BioSemi in writing a comprehensive application note on how to do ABRs with the ActiveThree from BioSemi. The auditory brainstem response (ABR – AEP - BERA) is an action potential generated by the brainstem in response to the presentation of an auditory stimulus. The ABR is made up of a series of peaks, which are generated by neural firing starting at the cochlear, then medulla, then pons and then brainstem (keeps proceeding to the thalamus, radial auditive and to the cortex). 

Read through the Application Note

ABR Application Note

Of course, this application note centers around the third iteration of the industry-leading active EEG system from BioSemi - the ActiveThree! With improvements in capabilities, form factor, weight, and energy consumption, this is the future of active EEG systems. Learn more on our website and request a quote for your own ActiveThree today!

Get Quote

4T: TOOLS, TRENDS, TECHNIQUES, AND TECHNOLOGY

Join BIOPAC for three days of hands-on, small-group human physiology workshops, presented by renowned experts, on the beautiful UC Santa Barbara campus in California, USA. Learn how to collect great data from experts in their field.

Monday, July 14 – Wednesday, July 16, 2025

4T Human Physiology Conference

WHO SHOULD ATTEND

If you measure physiology from human subjects or work with those who do, you should attend!

Anyone who records and analyzes human physiology data as part of their research and/or those who teach human physiology or related subjects: academic scientists, industry applied researchers and educators. 

WHAT YOU WILL LEARN

The 4T Conference is unique in that attendees will receive practical “how-to” instruction in key skills necessary for recording and analyzing great life science data.

Workshops are interactive and include the tools, tips, and strategies for recording high-quality data from study participants. The conference focuses on technology and trends in the industry and provides physiologists with an opportunity to develop their skills and knowledge. The workshops cover preparation, acquiring data, and analysis. Physiology educators will learn-by-doing the proven, high engagement, student-centred strategies for incorporating physiology education into their program of instruction. Use the Justification Toolkit to justify and gain support from your supervisor or department head.

Register Now

Join us for this new training by BIOPAC to explore how to employ one or more synchronized measurements to study driver emotional and cognitive states. We will explain how each technology can be applied, how synchronization across modalities works, and review sample data.

February 27^th at 8 a.m. PT/11 a.m. ET/ 4 p.m. GMT

Register Now!

This webinar can help you decide what signals to use in your own research and prepare you for some of the practical aspects of performing studies on driving both in the lab and in the real world so register now, you won't want to miss this one!

What Will Be Covered:

• Eye Tracking: Eye-tracking glasses and AI object tracking technology
• EEG (Electroencephalography): Minimally invasive EEG providing a real-time look at cognitive states including workload, drowsiness, fatigue
• Wired and Wireless Physiology: Measure heart rate, skin conductance, respiration rate, muscle activity, and more
• Research Ring: Pros and cons of wearable technology with a review of real-world driving data
• fNIRS (Functional Near-Infrared Spectroscopy): Study brain activity, including workload, via changes in oxygenated and deoxygenated hemoglobin in the cortex
• Virtual Reality (VR): A complete solution for driver testing including...
  • Modifiable car models and environments
  • Realistic vehicle controls (gas, brake, steering)
  • Real-time collision detection
  • Interactive headlights system
  • Day/Night/Fog cycles
  • Variable lighting conditions
  • Traffic simulation
  • 360° media integration
  • Customizable obstacles and pedestrians
  • Analysis: Driver attention and fixation tracking, Gaze pattern visualization, Physiological tracking integration and more

Register Now!

Join us for this new training by BIOPAC and learn how to design an optimal sensor montage is crucial for high-quality fNIRS and EEG research. Ensuring precise placement, correct channel configuration, and accurate distance measurements can make a significant difference in data reliability and experiment efficiency.

March 6^th at 8 a.m. PT/11 a.m. ET/ 4 p.m. GMT

Register Now!

Join Dr. Marion Vincent from Seenel Imaging and Aimee Walker from BIOPAC for an exclusive webinar on fNIRS, EEG, and the new MeMoSoft software, designed to simplify and optimize sensor placement on the MedelOpt exoskeleton. Learn how to configure fNIRS and EEG sensors effortlessly, integrate short channels, and generate precise 3D coordinates and measurement data tailored to each participant.

What Will Be Covered:

• An overview of the MedelOpt fNIRS & EEG System
• How to create an optimal fNIRS & EEG montage on the MedelOpt exoskeleton
• How to assign fNIRS or EEG sensors to specific 10/20 system slots, including short channels
• How to automatically export 3D coordinates for precise localization
• How to calculate emitter-detector distances
• How to obtain participant-specific head measurements to refine sensor placement
• How to seamlessly integrate exported data into AtlasViewer

Register Now!