Terminal application with deep computing power
Recommended application scenariosMultiple lens options
10m recognitionNo depth data can be output without host computer
Integrated depth computing chipProviding data correction for SLAM algorithm
IMU six axis sensorProviding color object recognition capability
More suitable for 3D obstacle avoidanceInfrared structured light, capable of identifying indoor white walls
IR active lingtReduce image distortion during high-speed mobile shooting
Global ShutterProvide indoor and outdoor automatic sensitization and adjustment
Automatic white balanceHardware-level binocular frame synchronization
Binocular frame synchronizationSDK 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 supportMYNT EYE
DepthHigh-precision
Precise capture of 3D targets, accuracy up to millimeter level*
Integrated depth computing to explore the 3D world
The MYNT EYE D-Series has a built-in chip that can be used in depth computing, and it comes with three optional lens schemes to offer a broader range of depth recognition and accuracy level and provide higher adaptability for the acquisition of 3D spatial information, allowing it to play a bigger role in application scenarios like 3D measurement, 3D recognition, 3D navigation, and obstacle avoidance.
Depth Recognition
Depth Error
Maximum Frame Rate
Image Accuracy
10 m is the maximum recognition distance for the MYNT EYE Depth 50° version, and 7 m is the maximum recognition distance for the 120° version, and 4m is the maximum recognition distance for the High-precision version. See the product parameter table for details.
10 m is the maximum recognition distance for the MYNT EYE Depth 50° version, and 7 m is the maximum recognition distance for the 120° version, and 4m is the maximum recognition distance for the High-precision version. See the product parameter table for details.
Integration of Multiple Solutions
Focus is on binocular vision with the integration of solutions like IMU and structured light to provide the most cost-effective positioning and navigation solution that defines the future trend of binocular cameras.
Extraordinary Chips Create Integrated Intelligence
MYNT EYE D-Series integrates various cutting-edge hardware solutions and the calibrations shall be conducted when the product leaves the factory to ensure the stability and reliability of its quality.
Depth Computing Chips
6 axis IMU sensor
IR Active Light
IR-CUT filter
Global Shutter
Binocular Frame Synchronization
Depth Computing Chips
MYNT EYE D-Series has a powerful internal chip built in that can complete binocular depth computing at the device end without having to rely on the GPU/CPU at the terminal. It can output the binocular depth image directly on its own to provide a better-integrated hardware solution for the technological development and application in visual processing field.
Output Depth Map Directly
NO GPU/CPU Required
cutting-edge Visual Intertial Odometry(VIO) Examples Provided
Six-axis IMU
Integrated IMU Made for Visual SLAM
MYNT EYE D-series has a built-in six-axis IMU sensor. By utilizing the complementarity of binocular and IMU data, it can provide data correction for the development of visual and spatial motion algorithms. The synchronization accuracy of IMU and image is up to 0.01ms. It can help reduce the development cycle of high-precision visual SLAM algorithms and spatial motion tracking algorithms. It is a high-quality hardware solution for visual SLAM with higher precision, lower cost and simple layout in visual SLAM research. Binocular + IMU is also the standard hardware solution for visual odometer (VIO) research.
With IMU
With IMU
No IMU
IR Active Light
Optimized for indoor scenarios, the MYNT EYE D-Series has two built-in IR active lights, can effectively enhance the recognition accuracy for white walls and untextured objects, offers more accurate image source for indoor environments recognition and algorithms develpment of visual SLAM, and also can be used in dark environments.
No IR Active Light
With IR Active Light
With IR Active Light
IR-CUT filter
The built-in IR-CUT filter with precise infrared bands control is specially designed for outdoor application scenarios. It can filter out the infrared rays with a wavelength longer than 760 nm to enhance the passing efficiency of visible light, and significantly improve the contrast of the pictures to provide more accurate image sources for the 3D perception in the outdoor environment.
With Filter
No Filter
No Filter
Global Shutter
The MYNT EYE D-Series (50°, 120° & High-precision) uses Global Shutter, which enables simultaneous exposure of all the pixels of the two cameras, which can effectively reduce image distortion and provide more accurate image sources in high-speed moving.
Global Shutter
Rolling Shutter
Binocular Frame Synchronization
Supported by high-precision chips, MYNT EYE D-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 images.
More Application Possibilities to Explore A New World
MYNT EYE D-Series has an open SDK and supports many other mainstream platforms. With the perfect integration of hardware and software, it can help you develop applications for different fields more effortlessly.
See for details: https://dev.myntai.com Technical questions can be sent by email:develop@myntai.com
Binocular Applications - Positioning and Navigation
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Service Robots
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Drones
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AGV
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VR/AR
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Other Self-Moving Devices
Binocular Applications - Measurement
Volume Measurement
ADAS
Industry
Binocular Applications - Recognition
Gesture Recognition
Facial Recognition
Object Recognition
Product Structure of MYNT EYE D-Series
D1010-IR-120/Color D1010-50/ColorProduct Structure
D1300-IR-90/ColorProduct Structure
