LIPSedge™ S 系列加固型 3D 雙目相機
LIPSedge™ M3 Laser
Reach further
Mini Size with Precise Position and Location
Enhanced Embedded ToF camera with built-in IMU
LIPSedge™ M3 Laser is an innovative 3D Modular Camera targeting embedded systems and has built-in IMU that allows for interactive applications. Benefit from implementing for use-cases such as Gesture Control, People Counting, Behavior Analysis, Digital Signage, or Elevator Capacity Measurement.
A Tiny Module
The LIPSedge ™ M3 Laser is a tiny module with TOF technology ready-to-integrate to applications that demand space fitting
Mid Range Detection
4 meters detection
The LIPSedge™ M3 Laser implements Time-of-Flight for devices that are located from a certain distance. Time of flight sensors use modulated light source to illuminate the scene. Observing the reflected light from scene, while it measures the difference in phase shift between illuminated signal and reflected signal and translates it to distance.
Depth Precision with VCSEL Technology
The LIPSedge™ M3 Laser design adopts VCSEL Technology which allows longer detection range and Depth precision with narrow beams, making possible high output and accuracy for long distances
Ambient Light Ease
Use ToF for 3D depth both low light and bright scenes as its technology gets unaffected by the ambient light conditions
Developer Friendly
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LIPSedge™ supports widely used industrial 3D framework including ROS, OpenCV, OpenNI, Nvidia Isaac, Halcon as well as LIPS strong middleware portfolio.
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Develop applications with LIPSedge ™ using friendly and universal languages with LIPS ® samples code including C++, C# and Python
An IMU inside
The LIPSedge ™ M3 Laser comes with a built-in 6 axis Inertial Measurement Unit, which allows precision and accuracy for its position and movement location details.
Build Once, Deploy Unlimitedly
Cross-platform OS support on Windows, Linux, Raspberry Pi
Cross-platform Hardware support on Intel and Nvidia
Application use-cases
LIPSedge ™ M3 Point Cloud and Motion Gesture
Point Cloud
LIPSense 3D Motion Gesture
Specifications
Depth
Inertial Measurement Unit
Illumination
General
SDK
OS
Language Support
Environment
Technology:
Time-of-Flight
Aperture:
f/1.2
FoV (H x V x D):
74.1° x 57.5° x 92°
6-axis sensor:
3-axis accelerator & 3-axis gyroscope
Type:
Vertical-cavity surface-emitting laser
VCSEL x 2
Dimension (mm):
51 x 28 x 22.4 mm
Interface:
USB 2.0 Micro-B
Power Consumption:
4W
OpenNI 1.5 / 2.2, OpenCV
Windows 10
Ubuntu 16.04 / 18.04 LTS
C / C++
Indoor
Operating Range:
Normal Mode: 1 ~ 4m
Frame Rate:
80 x 60 @ 30fps (Native)
Z Accuracy:
<=3% Typical
*The Accuracy will vary with disance.
Wavelength:
850nm
Operating Temperature:
0˚ ~ 40˚ C
Storage Temperature:
-20˚ ~ 60˚C
