Review Of Top 20 Eye Trackers

Eye Trackers

The scope and reach of eye tracking technology to grow, both as a tool for researchers and as a source of real-time data for interaction. Eye tracking has grown beyond day-to-day uses, such as measuring how we look at the text on the page – from basic usability work like verifying that comprehension of instructions is happening to more ambitious projects getting logs of lots and offline activity with users over time. It has also grown well beyond the original vision research, becoming a tool used to understand human cognition, perception, mental health, emotion, and motivation, as well as how function influences those. We will discuss four of the main types of eye tracking prototypes of eye tracking technology in insight services that are on the rise. In 2004 one in 100 clients had eye-tracking used in insight services. At the time of the survey, two out of three buyers used or had used eye tracking, and one-third of buyers were doing so at least occasionally. This statistic boom was also fueled by advances similar to the evolution of computers: eye tracking equipment that extends from desktop to laptop to cell phone to wearable is being aimed at consumers and business users. Table4-4 Average total returns before and after the largest four waves of the coronavirus

Eye tracking is used in tandem with other measures to see whether a task might be a positive or negative experience. Eye tracking can also help to discover whether it triggered joy or sadness or some other feeling. Biometrics can provide additional insight into physiological responses. Facial coding can explain whether that emotion was good or bad. Surveys or interviews can provide information about why a certain reaction occurred.

In research projects, different eye-tracking approaches and complementary measures are generally appropriate under different circumstances. Some eye-tracking services and equipment suppliers can help you decide on which approach to use to conduct a research project.

Top 20 eye trackers

Eye tracking Glasses

Pupil Labs Invisible

Pupil Labs Invisible is the world’s first deep-learning-powered eye tracking glasses. With 200 Hz eye tracking, the glasses feature a seamless design, no calibration, and instant gaze data, so they are ideally built for use in the wild.

Argus Science ETVision Eye Tracking Glasses

The ETVision system is the latest development from Argus Science, providing high update rate and binocular measurement, with the ultimate in ease of use and complete mobility indoors or out.

Capturing binocular eye measurement at 180Hz, the ETVision may be worn by participants with corrected or uncorrected vision. The intuitive interface allows for (user-controlled) single point or multiple point calibration. Data is sent to a laptop PC via WiFi or LAN, or may be captured locally on a microSD card. Battery power allows recording time of well over 5 hours.

Viewpointsystem VPS19 Eye Tracking Glasses

The Viewpointsystem VPS 19 Eye Tracking Glasses enable advanced eye tracking in industrial settings. Developed for applications such as manufacturing, occupational safety, mobility, healthcare, sports, and automotive, the VPS 19 received a CES Innovation Honoree Award in the “Wearable Technologies” category. The glasses feature industry-standard eye protection and replaceable optical lenses. Robust with regards to lighting conditions, the VPS 19 also record a scene video with sound, and allow for the possibility of remote streaming to the Viewpointsystem server for live observation

Pupil Labs Core

Pupil Labs Core provides an accessible solution for recording eye movements in natural environments, using a lightweight device.

Argus Science ETMobile Eye Tracking Glasses

The Argus Science Mobile Eye Tracking Glasses combine highly accurate point of gaze with audio capability to record what respondents are saying as they observe their environments. This technological breakthrough is revolutionizing the use of eye tracking and opening up new worlds of applications and discovery in many different industries and disciplines.

SMI Eye Tracking Glasses

SMI Eye Tracking Glasses is mobile eye tracking technology that has been proven by world-class companies in study settings that range from scientific research e.g in human factors, sports and psychology, medical task training to professional use in shopper and packaging studies, car clinics, professional and sports training.

Screen based Eye trackers

Smart Eye Aurora

Smart Eye Aurora is a high-performance eye tracker. The powerful Aurora offers high-end eye tracking capabilities in a small size without compromising quality or performance.

EyeTech VT3 Mini

With its reliable fixed data rate, compact design, universal magnetic mount, and easy-to-use configuration, the EyeTech VT3 Mini provides great value for a screen-based eye tracker.

Gazepoint GP3

The GP3 is a research-grade eye tracker utilizing a 60Hz machine-vision camera at the heart of its imaging and processing system.

Smart Eye Pro

A true multi-camera system, Smart Eye Pro is scalable from 2 up to 8 cameras allowing the 360-degree head and eye tracking. Free and wide placement of cameras both horizontally and vertically makes it ideal for a large number of environments, setups, and situations.

EyeTech VT3

The VT3 offers a flexible C-mount lens in either a hidden or adjustable lens option so users can easily adjust the focus and/or swap out lenses for long distance tracking. The VT3 can work with screens larger than 24” and operates

SMI RED

The SMI RED eye tracker comes in a modular design that allows different setups with the same system – from an integrated 22” monitor to TV screens up to projections of any size. This eye tracker provides an all-in-one solution to test different stimuli ranging from small packages to large shelf displays.

The Eye Tribe Tracker

Eye Tribe Tracker is a commercial product, which allows controlling applications with user’s sight on desktop and tablet computers. Small hardware module (its dimensions – 20cm x 1,9cm x 1,9cm, weight – 70 grams) uses USB 3.0 port.

SMI REDn

The SMI REDn scientific is a reliable screen-based eye tracker that enables researchers to conduct fixation based studies with a sampling rate of 30 or 60Hz.

SMI RED500

The SMI RED500 is a screen-based eye tracker that combines high-speed capabilities at 500 Hz. The eye tracker comes in a modular design that allows different setups with the same system.

Virtual Reality Eye Tracking

Varjo VR-3

Varjo VR-3 sets a new standard for virtual reality headsets with the industry’s highest resolution across the widest field of view (115 degrees) and eye tracking at 200 Hz. With a resolution of over 70 pixels per degree in the center of the field of view, you can see and read the smallest of details in virtual reality with perfect clarity. And with a color accuracy that matches 99% with the sRGB color space, everything looks exactly as it does in the real world.

Varjo XR-3

Varjo XR-3 delivers the most immersive mixed reality experience ever constructed, featuring photorealistic visual fidelity (human-eye resolution of over 70 PPD) across the widest field of view (115 degrees) of any XR headset, including eye tracking at 200 Hz. And with depth awareness, real and virtual elements blend together naturally.

HTC Vive Pro Eye

Motions integrate with the HTC Vive Pro Eye VR headset, which enables testing elements or environments themselves in VR with a full suite of tools, from eye tracking to EDA (GSR), EEG, ECG, (f)EMG, etc.

Varjo VR-2

With human eye-resolution integrated eye tracking, Varjo VR-2 allows you to explore and create 3D models, train in realistic environments, and create limitless research scenarios – all with the pixel-perfect clarity that only Varjo can deliver.