Use CBLSTP-IO to connect both a SuperLab system and an STP-IO digital I/O breakout board simultaneously to the 37-pin connector of the STP100C.
One female 37-pin connector is attached to the back of the STP100C. Two male 37-pin connectors then provide one to connect to the STP-IO board and a second for the cable to the SuperLab system.
The length of this “Y” cable is measured from tip to tip. The “Y” cable legs exit the DB37 male Common backshell and are jointly covered for the first three inches for extra strain relief. Please note this when determining a length for your application.
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Use the STP-IO card on the back port of the STP100C to add the required jumpers; instructions are the same as UIM, just replace for “STP-IO”). If using the 37-pin interface for SuperLab, the CBLSTP-IO splitter cable will allow both SuperLab cabling and the STP-IO to be connected at the same time. The DB37 connector on the STP100C provides access to the full set of digital I/O.
Learn how to set up eye tracking glasses and collect, analyze, and combine eye tracking & physiology data to extract the most value from your experiment.
– study mobile or remote participants
– capture areas of interest, fixations, heat maps, dwell time, and more
– synchronize with biometrics such as EEG, ECG, EDA, EMG/fEMG, RSP
– develop insights in ergonomics, product development, UI/UX, group dynamics, performance development, training, etc.
Webinar is LIVE on February 27th at 8 AM PT.
BIOPAC combines eye tracking with mobile data logging and physiology data collection to run experiments in the lab or in the real world BIOPAC Systems, Inc. is pleased to announce new eye tracking integration for researchers who conduct experiments from mobile participants in diverse locations. ETVision (EYE-ETV) eye tracking glasses now integrate with BIOPAC wireless systems and software, […]
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