* MYNT EYE STANDARD is equipped with monochrome camera. All colored images are design effects for reference.
With automatic white balance and exposure, MYNT EYE (binocular cameras) can adapt to environment like human eyes, providing clear images for visual algorithms. This also makes the development of visual calculation applications much easier.
We also provides MYNT EYE STANDARD IR Version, which enhances recognition accuracy for white wall and untextured objects, and offers more accurate image source for indoor environment recognition and algorithms development of visual SLAM.
IR Version has different specifications from the standard version, including visual angle. For more details, please refer to the parameter table.
MYNT EYE can recognize an environment from a 3D perspective. Its HD binocular cameras and 6-axis IMU sensor can accurately make out surrounding objects and its own tracks. With visual depth up to 20 meters and an angle of 120°, the binocular cameras are almost as powerful as human eyes.
MYNT EYE has a refresh-rate of 50fps with resolution up to 1504x480, which can provide clear images for algorithmic research in facial recognition, object/moving object recognition, and object tracking.
Supported by high-precision chips, MYNT EYE ensure the same frame for images captured on both cameras, which can provide accurate data for the development of the visual SLAM algorithm, and reduce errors caused by unsynchronized images.
MYNT EYE employs Global Shutter, a technology to realize simultaneous exposure of all pixels of both cameras. In rapid-moving shooting scenarios, the technology can effectively reduce image distortion to provide more accurate images.
Rolling Shutter
Global Shutter
The 6-axis IMU sensor embedded in MYNT EYE can provide data reconciliation for the development of visual SLAM and spatial moving algorithms, and shorten their development cycle.
Through the combination of HD cameras with photosensitive pixels of up to 6.0μm x 6.0μm in size and our unique intelligent exposure and white balance algorithms, MYNT EYE displays outstanding performance in both bright and dark environments. It can provide stable indoor and outdoor images for visual computing technology, expanding the product's applications.
Performance of infrared technology in strong light
Performance of visual technology in strong light
Light rays do not weaken in bright environment, like infrared rays Therefore, visual technology is unaffected by high light when moving between indoor and outdoor environments.
MYNT EYE has abundant application scenarios with unlimited imagination.
MYNT EYE can help drones to identify different objects, avoid obstacles, and realize safe flight. With 3D scanning and reconstruction, MYNT EYE makes it possible for drones to realize automatic flight and rapid returns. It also provides technical support to drones in cities, farms, lakes, and other environments.
MYNT EYE can replace traditional laser SLAM to provide visual solutions for intelligent robots in indoor locations and during navigation. vSLAM provides smart “eyes” for robots, and can be widely applied in commercial environments and homes.
Wide application
1. Assist police in tracking criminals
2. Rapid and smart parcel picking by logistics robots
3. Rapid search of unknown areas
Apply your knowledge to unlock its unlimited potential!
MYNT EYE provides open SDK so it can help you achieve more unexpected customization.
For more information:
https://github.com/slightech/MYNT-EYE-SDK
Technical questions can be sent by email: develop@myntai.com
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MYNT AI is a Silicon Valley AI startup that creates superhuman eyes for robots and cars. It was founded by a group of serial entrepreneurs, computer vision scientists, machine learning experts, architects, and senior engineers from Stanford, Motorola, Nokia, Samsung, and Baidu in 2014. It has grown into a team of hundred gurus cross US and China. MYNT has developed series of MYNTeye™ - IMU integrated structured-light stereo depth cameras, VIO and VSLAM software using its 3D cameras, and customized visual navigation and mapping solutions for service robots, vacuum bots, and ADAS.
