Recommended for VSLAM Research

MYNT EYE
S-Series

Designed for Visual SLAM, Make Digital Come to Life

MYNT EYE S-Series represents a series of excellent depth camera solutions based on visual SLAM. By integrating various cutting-edge technologies, it can be applied to various complex indoor and outdoor environment with various performance indicators in visual SLAM algorithms enhanced. Until now, it has been deployed in more than 1500 tertiary institutions and companies worldwide.

Standard S1030-IR-120/Mono

IR Active Light

StandardEntry S1030-120/Mono

Terminal application with sufficient CPU/GPU-based computing power

Recommended application scenarios

Stereo camera fusion scheme with combination of vision + structured light +inertial navigation

Fusion scheme with multiple combination alternatives

Provide CUDA acceleration-based real-time depth output

CUDA acceleration

Providing data correction for SLAM algorithm

IMU six axis sensor

SDK provides rich samples of binocular SLAM open-source algorithms

Indispensable for binocular SLAM research

Identify indoor walls even in complete darkness

Infrared active light

Provide indoor and outdoor automatic sensitization and adjustment

Automatic white balance

Hardware-level binocular frame synchronization

Binocular frame synchronization

Reduce image distortion during high-speed mobile shooting

Global Shutter

SDK can adapt to multiple platforms and provide various tools

Multi-platform SDK

Sturdy and durable with standard 1/4” screw joints

Aluminum alloy shel

Complete 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.

MYNT EYE

S2110-95/Color

Standard Color

Optimize visual navigation and obstacle avoidance for mobile robots

Integration of Multiple Solutions

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.

Details of product hardware configuration

Integrate multiple hardware solutions, practical all-rounders

IR Active Light / 6-axis IMU Sensor / Binocular Frame Synchronization / Global Shutter

Infrared Active Light

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

6-axis IMU Sensor

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

Binocular Frame Synchronization

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.

Global Shutter

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

Infrared Active Light

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.

6-axis IMU Sensor

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.

Binocular Frame Synchronization

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.

Binocular Frame Synchronization

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

SDK

Applicable to a variety of scenarios, explore unlimited possibilities

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.

See for details: https://dev.myntai.com
Technical questions can be sent by email:develop@myntai.com

Binocular Applications - Positioning and Navigation

Service Robot
Service Robot

Enables service robot to build a map and navigate in the space automatically, avoid static and dynamic obstacles in real time.

Drones
Drones

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.

AGV
AGV

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.

VR/AR
VR/AR

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.

Other Self-Moving Devices
Other Self-Moving Devices

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.

Service Robot

Enables service robot to build a map and navigate in the space automatically, avoid static and dynamic obstacles in real time.

Drones

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.

AGV

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.

VR/AR

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.

Other Self-Moving Devices

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.

Binocular Applications - Recognition and Measurement

Gesture Recognition

Facial Recognition

Object Recognition

ADAS

Volume Measurement

Industry

Provide rich binocular VSLAM open source algorithm examples

OKVIS

VINS

ORB_SLAM2

VIORB

Product Structure of MYNT EYE Standard

MYNT EYE STANDARD Product Structure