Leopard Imaging LI-VB1940-ST100-10GIGE-120H: High-Performance Dual-Sensor Camera for AI and Machine Vision

Geared for high-performance applications

The Leopard Imaging LI-VB1940-ST100-10GIGE-120H is a high-performance stereo vision camera designed for AI-powered machine vision applications. Engineered for seamless integration with the NVIDIA® Jetson AGX Orin™ Developer Kit, this camera delivers exceptional image quality, low latency, and high-speed data transmission, making it ideal for in-cabin automotive systems, gesture recognition, eye tracking, and machine vision applications.

Key Features:

  • Dual 5.1MP STMicroelectronics VB1940 Global Shutter Sensors – Captures high-resolution, low-noise images with excellent motion clarity.
  • Lattice® CertusPro-NX FPGA (LFCPNX-100-CBG256) – Provides powerful real-time image processing and system control.
  • AQrate® 10G Ethernet PHY Transceiver (AQR113C) – Enables high-speed, low-latency data transmission for real-time AI applications.
  • RGB-IR Imaging with 940nm DBF Filter – Delivers superior infrared performance for iris scanning and head-tracking applications.
  • 2560 x 1984 Resolution, 1/2.5″ Optical Format – Ensures detailed image capture for precise AI analysis.
  • 120˚ Horizontal Field of View (FOV) & 100mm Baseline – Optimized for depth perception and stereo imaging.

Optimized for AI-Powered Vision Applications

The LI-VB1940-ST100-10GIGE-120H is purpose-built for advanced in-cabin automotive monitoring, offering reliable performance for:

  • Gesture Recognition – Enhances HMI (Human-Machine Interaction) in smart vehicles.
  • Iris Scanning – Enables secure driver authentication.
  • Head Roll & Eye Tracking – Improves driver monitoring systems (DMS) for enhanced safety.
  • Machine Vision – Supports intelligent automation and AI-driven visual analysis.

With cutting-edge imaging technology, robust FPGA processing, and high-speed 10G Ethernet connectivity, the Leopard Imaging LI-VB1940-ST100-10GIGE-120H is an ideal solution for AI developers and engineers working on next-generation vision-based applications.

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