An eye tracker that looks and feels just like normal glasses. Accommodates plano and prescription lenses.
Pupil Labs are working hard to make eye tracking easy.
Their goal is to accelerate the development of eye tracking for real-world challenges so that any researcher or entrepreneur can just add eye tracking to their next study, prototype, or product.
Neon is designed to power scientific research and enable applications beyond the possibilities of today.
Neon removes barriers traditionally associated with eye tracking. It’s easy to use: no setup, no calibration. NeonNet, the deep learning gaze estimation pipeline, provides you with unprecedented data quality even in the most demanding conditions. The software is built for everyone from no-code to pro-code users.
No Calibration
Neon starts working the second you put it on. No need to fiddle around with nose pads or camera positions. No calibration is required before or during a recording.
Every Environment
Neon works in every environment and during all activities. From a bright sunny day to complete darkness.
Scene Camera
The scene camera deserves special attention. It has a super wide field of view – 132° x 81° – capturing full HD video with a resolution of 1600 x 1200 px.
Audio
Integrated microphones add another dimension to understanding human behavior. Capture high quality audio to gain insight into the relationship between seeing, saying, and listening.
And much more
Built-in 110 Hz IMU
Gaze data
Fixations
Blink events
Eye rotation
Eye position
Pupil Diameter
The Neon Module is all the eye tracking hardware you need in a small package.
High-speed eye cameras, wide-angle scene camera, stereo microphones, and IMU all encased in water-resistant silicone. The modular design enables a wide variety of frame shapes, sizes, and styles specific to your research needs. The module can be bought on its own or bundled together with one of the many frame options.
Neon Module
7 g
W: 40mm
H: 35mm
D: 10mm
Here you can find some frequently asked questions about the Pupil Invisible glasses. If you have questions you cannot find here, or elsewhere on our website, please contact us here.
Accuracy | 1.8 deg uncalibrated 1.3 deg with offset correction |
Performance Evaluation | Neon Accuracy Test Report – An Evaluation of Lab and In-The-Wild Performance |
Binocular Eye tracking | Yes |
Slippage Compensation | Slippage invariant. Deep learning powered. |
Eye Tracking Technology | Real time neural network |
Scene Camera FOV | 1600 x 1200 @30Hz H: 132°, V: 81° |
Eye Camera | 2 IR Eye Cameras 192 x 192 @200 Hz |
IMU | Accelerometer, Magnetometer, Gyroscope |
Microphone | Dual microphones |
Calibration | Calibration-free |
Battery Recording Time | Up to 4 hours 25+ hours of recording storage |
Cable | USB-C |
Computing Device | Mobile computing device: Motorola Edge 40 Pro |
Real-time Data | 2D gaze points in scene camera coordinates at 200 Hz. Full head pose, accelerometer and gyro data at 110Hz. IR eye video showing fused eye regions at 200 Hz. RGB scene video at 30 Hz. |
Post-hoc Data | Fixation & blink data Pupillometry data and eye state (Available in Pupil Cloud) |
Frame Material | PA12 Nylon, CNC machined anodized aluminum |
Lens Material | Plano CR-39 Anti-Scratch UV filter, Anti-Reflective, Dust and water repelling coating. |
Sample Recordings | Download sample recording |
Frame Dimension | H52 x W143 x D149 x B21 mm |
Lens Dimensions | LH44 x LW51 mm |
Weight | 50 g (including Neon module) |
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