IR Active Light
Terminal application with sufficient CPU/GPU-based computing power
Recommended application scenariosStereo camera fusion scheme with combination of vision + structured light +inertial navigation
Fusion scheme with multiple combination alternativesProvide CUDA acceleration-based real-time depth output
CUDA accelerationProviding data correction for SLAM algorithm
IMU six axis sensorSDK provides rich samples of binocular SLAM open-source algorithms
Indispensable for binocular SLAM researchIdentify indoor walls even in complete darkness
Infrared active lightProvide indoor and outdoor automatic sensitization and adjustment
Automatic white balanceHardware-level binocular frame synchronization
Binocular frame synchronizationReduce image distortion during high-speed mobile shooting
Global ShutterSDK can adapt to multiple platforms and provide various tools
Multi-platform SDKSturdy and durable with standard 1/4” screw joints
Aluminum alloy shelComplete technical support and technical exchange group
Local technical support* MYNT EYE STANDARD is equipped with monochrome cameras. All colored images are design effects for reference.
Optimize visual navigation and obstacle avoidance for mobile robots
Unlike RGBD solutions using ToF/pure structured light/pure binoculars, this depth camera focuses on binocular vision and integrates technologies like IMU and structured light to adapt to different indoor and outdoor application scenarios. It is the most cost-effective positioning and navigation hardware solution that defines the future trend of binocular cameras.
IR Active Light / 6-axis IMU Sensor / Binocular Frame Synchronization / Global Shutter
With the built-in two active lights, the visual binocular + structured light fusion scheme is made possible, which can effectively enhance the recognition accuracy for white walls and untextured objects, and is also suitable for completely dark environments.
for white walls and untextured objects
Improved recognition accuracy
Applicable to a completely dark environment
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.The IMU synchronization accuracy up to 0.02ms.
Provide data correction
Reduce development cycle
Supported by high-precision chips, MYNT EYE S-Series 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.
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.
Global Shutter
Rolling Shutter
MYNT EYE S-series with open SDK support a variety of mainstream platforms and open source projects, through the excellent integration of hardware and software, it can adapt to a wealth of practical application scenarios, and provide unlimited imagination.
Enables service robot to build a map and navigate in the space automatically, avoid static and dynamic obstacles in real time.
Becomes the real-time 6-axis “GPS” with cm-accuracy for indoor drones. Enables drone to locate itself and learn its posing. Can be used for both indoor and outdoor drones for obstacle avoidance.
MYNT EYE stereo camera works both indoor and outdoor, in dark environment and under bright sunshine. It can be used on delivery robots, delivery cars, and delivery drones for obstacle avoidance and also navigation & mapping.
Our IMU integrated structured-light stereo depth camera does stereo pass-through, inside-out tracking, and dynamic mapping. It lets you live experiences like never before in a world where the real and virtual merge seamlessly.
Enable any device that moves around to have 3D obstacle avoidance capability, know its pose and location in real time, and build a map and navigate in the space.
Enables service robot to build a map and navigate in the space automatically, avoid static and dynamic obstacles in real time.
Becomes the real-time 6-axis “GPS” with cm-accuracy for indoor drones. Enables drone to locate itself and learn its posing. Can be used for both indoor and outdoor drones for obstacle avoidance.
MYNT EYE stereo camera works both indoor and outdoor, in dark environment and under bright sunshine. It can be used on delivery robots, delivery cars, and delivery drones for obstacle avoidance and also navigation & mapping.
Our IMU integrated structured-light stereo depth camera does stereo pass-through, inside-out tracking, and dynamic mapping. It lets you live experiences like never before in a world where the real and virtual merge seamlessly.
Enable any device that moves around to have 3D obstacle avoidance capability, know its pose and location in real time, and build a map and navigate in the space.
Gesture Recognition
Facial Recognition
Object Recognition
ADAS
Volume Measurement
Industry
OKVIS
VINS
ORB_SLAM2
VIORB
MYNT EYE STANDARD Product Structure
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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.
