Wireless, Mobile, Dry-EEG Headsets

  • 21 Channels and 3 Auxiliary Inputs: Designed for full head coverage EEG
  • 7 Channels: Designed for ease of use and home setting EEG
  • 7 Channels: Designed for P300 and VEP, and easy VR application
  • 7 Flexible Channels: Designed for research that requires changing sensor locations

Wireless, Dry EEG + fNIR System

  • Designed for synchronized recording of EEG and its hemodynamic response or blood-oxygen-level-dependent (BOLD) response

Wireless Hub

  • Enables the acquiring and transmitting triggers to DSI systems and 3rd party systems

Wired Interface

  • Between DSI systems and a switch input, such as a photodetector or push-button, and outputs 1-bit triggers

Trigger Converter

  • Converts parallel port triggers to USB with ultra-low latency, ensuring seamless integration with DSI systems and experiment software

Adaptor Kit

  • Enables DSI systems to be compatible with Meta Quest 2/3, HTC Vive Pro/Pro Eye/Pro 2, and Varjo XR-3

Replacement Electrodes

  • Available for purchase online; recommended to change electrodes every 100 uses

Wireless, Mobile, Wet EEG Systems

  • Options: 8 channel, 16 channel, 32 channel, or 64 channels; designed for high density EEG

Sensors

  • Heart Activity Sensor: Dry or sticky electrode configuration available
  • Muscle Activity Sensor: Dry or sticky electrode configuration available
  • Corneo-Retinal Sensor: Measures the electrical activity of the eye
  • Sweat Gland Activity Sensor: Measures change in electrical activity from finger tips
  • Chest Force Sensor: Measures respiration effort and respiration rate
  • Skin Temperature Sensor: Measures external skin temperature; dry or sticky electrode configuration available
  • Body Movement Sensor: Measures angle, force, and orientation; captures motion data without capture cameras
  • Acceleration Sensor Module: Measures the linear acceleration in 3 axes (X,Y,Z)
  • GSR Module: Measures skin conductance with two electrodes positioned at the tips of two fingers
  • Temperature Module: Measures skin temperature or ambient temperature; secured with tape
  • GSR+T°C Sensor: Combines measurement of both skin conductance and skin temperature
  • Movement Monitoring Module: Measures thoracic or abdominal movements; analyzes respiration rhythm and amplitude
  • sEMG Measurement Module: Wireless, can be placed anywhere on body with sticky electrode
  • Analog Input Module: For interfacing with any sensor with a 0-3 V analog output
  • Effort Measurement Module: Supplied with load cell; variety of ranges available
  • Force Measurement Module: Captured by force-sensing resistor

Data Acquisition

  • Innovative Interface: Enables synchronized acquisition of data from 1 to 16 wireless sensors (T-Sens and/or T-Motion sensors)
  • Data Acquisition Software: Includes live impedance monitoring, live streaming, recording, etc.
  • Machine Learning Software: Enables cognitive state classification in an easy-to-use platform
  • Data Acquisition and Analysis Software: Synchronizes T-SENS biometric sensors and other multimodal sensors
  • Neuromarketing Software: Allows synchronization of EEG, Eye-Tracking, GSR, and Facial Coding
  • SSVEP Paradigm Software: User-friendly platform for BCI applications and SSVEP research
  • Compatible Software List: Includes Neurofeedback, BCI, EEG Analysis, SDKs, and more.