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Based on JETSON ORIN/RK3588 + AI Camera: Robotics - Multi-Channel Vision Edge Computing Solution

#AI#DigitalCamera#Robotics

Solution Introduction

The Robotics - Multi-Channel Vision Edge Computing Solution leverages the "Lijian" series cameras from Sienovo, with features such as high resolution, low latency, multiple interfaces, and wide dynamic range. This enables adaptation to various lighting conditions and scenarios, providing robots with multi-dimensional visual information. Based on a high-performance edge computing platform, it achieves real-time processing and analysis of multi-channel visual data, equipping robots with powerful visual perception and real-time decision-making capabilities. It can be widely applied in high-precision real-time perception fields such as intelligent monitoring, industrial automation, and logistics warehousing, providing robots with integrated "perception-decision-control" edge intelligence support.

Solution Advantages

High Dynamic Vision

Proprietary technology adapts to complex lighting environments, including strong light and low light, ensuring stable and precise visual output.

Supports >120dB HDR high dynamic imaging

CMOS low-light enhancement

Multi-Sensor Precise Synchronization

Supports external trigger signal synchronization. Multiple cameras can achieve microsecond-level synchronized exposure via hardware trigger pins, ensuring temporal consistency in multi-view image acquisition.

External Trigger Synchronization

Microsecond-level Synchronized Exposure

Real-time Edge AI Computing

Leveraging the Jetson AGX Orin™ with up to 275 TOPS (INT8) of AI computing power, it can run multi-channel vision BEV perception models, 3D object detection, and other algorithms in real-time, meeting the dynamic path planning requirements of robots.

ARM Series Platform

AI Edge Computing

Automotive-Grade Reliability

Features a wide-temperature and anti-vibration design, ensuring stable operation in complex environments.

IP67 Protection Rating

Wide temperature range of -40°C to 85°C

GMSL 2 Interface