Fremont, Calif. – September 29, 2026 -- Leopard Imaging will unveil eight new camera and AI perception platforms at VISION 2026, the machine vision trade show running October 6-8 in Stuttgart, Germany, at Hall 10, Booth 10G79.
Sirius Max combines Lumotive beam-steering with iToF depth sensing for long-range robotics perception
The compact RGB + depth platform supports programmable beam-steered illumination and embedded synchronization for software-defined 3D scanning in autonomous systems.
ASTRO Stereo Camera runs on NVIDIA Jetson Thor with dual 5.1MP global-shutter sensors
The system integrates IR projection, illumination, and NVIDIA Holoscan 10GigE connectivity to deliver synchronized RGB + IR stereo imaging, depth mapping, and 3D reconstruction for AI perception pipelines.
IMX530 camera pairs Sony's 25MP global-shutter sensor with FPGA processing for industrial inspection
Built on NVIDIA Holoscan 10GigE architecture, the solution targets barcode recognition, logistics automation, and high-resolution machine vision tasks.
Hybrid iToF camera uses onsemi 1.2MP depth sensor for reduced interference in robotics applications
Combining pulsed and phased indirect Time-of-Flight technologies, the camera is designed for 3D mapping, gesture recognition, and AR/VR use cases.
IMX454 multispectral camera captures 41 spectral channels between 450 and 850 nm
The USB 3.0 UVC device delivers 1948 x 1097 resolution at 30 FPS for agriculture, food inspection, and environmental monitoring applications.
Dragonfly 4K camera integrates onsemi HyperLux LP sensor with onboard ISP and HDR imaging
The USB 3.0 plug-and-play design targets AI vision prototyping, smart kiosks, and video conferencing hardware.
DragonFire thermal camera achieves NETD performance of 40 mK or better at 640 x 512 resolution
The uncooled infrared sensor operates at 30/60 FPS with a 12 micrometer pixel size over a GMSL2 interface for industrial inspection and thermal monitoring.
Eagle 1 stereo camera pairs dual 5.1MP RGB-IR sensors with a dot-pattern projector
The active stereo vision system outputs RAW RGB and IR data for depth perception in intelligent navigation and autonomous machines.