Robotic High-Dynamic Stereo Vision System Solution SOLUTION
Solution Overview

The ALG High-Dynamic Stereo Vision System, with the excellent dynamic range of binocular cameras, adapts to complex lighting conditions, providing stable visual perception for mobile robots. It is compatible with embedded platforms and integrates deep learning algorithms, supporting dynamic target tracking, 3D reconstruction, and semantic understanding. The industrial-grade protection design (IP67 waterproof, seismic, and temperature-resistant) ensures long-term reliable operation in harsh outdoor and industrial environments.

Key Advantages

High Dynamic Vision

ALG's proprietary technology adapts to complex lighting environments such as strong and low light, ensuring stable and precise visual output.

Supports >120dB HDR high dynamic imaging
CMOS Low-Light Enhancement
GMSL Transmission

Utilizes ultra-low latency and high-bandwidth transmission technology to ensure precise stereo image synchronization and real-time data transfer.

GMSL 2 Communication Protocol
High Bandwidth Transmission
Low Latency
Long Transmission Distance
AI Algorithm-Driven

Leverages lightweight, high-computing-power ARM platform systems combined with Deep Neural Networks (DNN) to enhance stereo vision precision, significantly optimizing positioning accuracy and navigation efficiency in complex environments.

Supports ARM series platforms
NVIDIA Jetson Orin
Raspberry Pi
Rockchip RK3588
Multi-Sensor Fusion

Integrates an onboard IMU inertial sensing unit with stereo vision modules, optimizing SLAM algorithms through data fusion to achieve high-precision, high-stability real-time positioning and navigation.

Supports Onboard IMU
Supports Direct Quaternion Output
Application Video
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