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We present an analysis of the eye tracking signal quality of the HoloLens 2sintegrated eye tracker. Signal quality was measured from eye movement datacaptured during a random saccades task from a new eye movement datasetcollected on 30 healthy adults. We characterize the eye tracking signal qualityof the device in terms of spatial accuracy, spatial precision, temporalprecision, linearity, and crosstalk. Most notably, our evaluation of spatialaccuracy reveals that the eye movement data in our dataset appears to beuncalibrated. Recalibrating the data using a subset of our dataset taskproduces notably better eye tracking signal quality.

An Assessment of the Eye Tracking Signal Quality Captured in the HoloLens 2