Tobii Pro HTC Vive VR Headset

Hardware Specifications

iMotions integrates with Tobii Pro’s HTC Vive eye tracking headset, which enables testing elements or environments themselves in VR with a full suite of tools, from eye tracking to GSR, EEG, ECG, (f)EMG, etc. (Integrates with iMotions but no longer manufactured or sold). Please see HTC Vive Pro Eye

The HTC Vive VR eye tracking headset is compatible with the iMotions VR Module.

VR Eye Tracking Headset
Model
HTC Vive VR Eye Tracking Headset
Gaze data output frequency (binocular)
120 Hz
Accuracy
0.5°
Calibration procedure
5 point
Trackable field of view
110° (Full HTC Vive field of view)
Slippage compensation
Yes
Latency
Approx. 10ms (time from mid-exposure to data available on client interface)
Pupil measurement
Yes, relative pupil size
Tracking technique
Binocular dark pupil tracking
Data output (for each eye)
Timestamp (device and system), Gaze origin, Gaze direction, Pupil position, Relative pupil size
Interface
Tobii Pro SDK (.Net/Matlab/Python/C)
3D engine compatibility
Unity
Hardware integration
HTC Vive Business Edition with Tobii Eye Tracking retrofit hardware, no external devices or connectors needed.
Number of IR illuminators
10 per eye
Eye tracking sensors
1 per eye
Eye tracking processing
Tobii EyeChip™ASIC
PC requirement
HTC Vive-ready PC, see appendix A for general requirements
Tobii Pro HTC Vive VR HeadsetRequest pricing

Explore Other VR Eye Tracking Headsets

Varjo VR-2
Varjo VR-2
HTC Vive Pro Eye
HTC Vive Pro Eye
Varjo VR-1
Varjo VR-1
View all
abstract Virtual reality glasses on man's head frontal view icon white lines on yellow background

The iMotions VR Module

Main features

The iMotions VR Eye Tracking Module allows for eye tracking data collection, visualization, and analysis in virtual environments using the Tobii HTC Vive VR and Varjo VR-1 eye tracking headsets. Capture and analyze visual attention using heatmaps, gaze replays, and areas of interest (AOI) output metrics such as time to first fixation & time spent. iMotions also provides automated gaze-mapping technology, in which gaze from dynamic environments is converted to static scenes for simpler aggregation and analysis.

Eye tracking VR Module