Search results for: '2024 年用 LangGraph 從零開始實現 Agentic AI System 系列 第 20 篇'

Electrical Power Extension Cord / Cable

Pro-X, IP, 4 MP, IR, PTZ, MD 2.0 - Human and Vehicle Detection

4 MP, H.265+, 2688 × 1520 @ 30 fps, 3.6 mm Fixed Lens, Color 0.002 lux @ f 1.6, B&W 0 lux, LED up to 66 ft, WDR 140 dB, 3D DNR, BLC, IP67, PoE, Face Detection, Perimeter Protection, People Counting, Micro SD Slot up to 256 GB, Built-in Mic

LTS products provide 24/7 vivid colorful images with F1.0 advanced lenses, high-performance sensors, and friendly lighting. F1.0 super-aperture collects more light to produce brighter images in dark environments. Advanced sensor technology can vastly improve the utilization of available light.

Pro-X, IP, 4MP, 1/1.8" , F1.0, 2.8mm, AI ISP Bullet, Built-in Mic, Full-color,VCA, MD2.0

Pro-X, IP, 8MP,1/1.8",F1.0,2.8mm, 2.8mm, AI ISP Turret, Built-in Mic, Full-color,VCA, MD2.0

64CH 2U 8HDDs Ultra AI NVR, RAID, Face Detection&Recognition,VCA, MD2.0,X-Search, Support LPR by Camera

128CH 2U 8HDDs Ultra AI NVR, RAID, Face Detection&Recognition,VCA, MD2.0,X-Search, Support LPR by Camera

4 MP Eyeball IP Camera with Lite AI, IR LED lighting up to 165 ft, 120 dB WDR, Built-in Mic, and more

LTS products provide 24/7 vivid colorful images with F1.0 advanced lenses, high-performance sensors , and friendly lighting. F1.0 super-aperture collects more light to produce brighter images in dark environments. Advanced sensor technology can vastly improve the utilization of available light.

LTS products provide 24/7 vivid colorful images with F1.0 advanced lenses, high-performance sensors , and friendly lighting. F1.0 super-aperture collects more light to produce brighter images in dark environments. Advanced sensor technology can vastly improve the utilization of available light.

LTS products provide 24/7 vivid colorful images with F1.0 advanced lenses, high-performance sensors, and friendly lighting. F1.0 super-aperture collects more light to produce brighter images in dark environments. Advanced sensor technology can vastly improve the utilization of available light.