Search results for: 'prox 180 turret'

8MP 1/2.7" , F1.6, 2.8mm, Dome; Built-in warm light & IR light, color hybrid,Built-in Mic, VCA, MD2.0

4MP 1/2.9" , F1.6, 2.8mm, Bullet. Built-in warm light & IR light, color hybrid,Built-in Mic, VCA, MD2.0

Supports Smart Encoding, H.265, H.264 video compression, up to 32MP recording, dual independent HDMI 4K and VGA ports, AI camera compatibility including face detection, VCA, MD2.0, license plate recognition, people counting, heat map, object monitoring, recorder AI features including face recognition, VCA, MD2.0, X Search Technology, and remote IPC configuration management with batch upgrades.

Pro-X, Access Card Reader, Mifare cards, RS-485 port, Wiegand port

A high-performance 8MP 4K PTZ camera with a 1/1.8” STARVIS™ sensor, 25x optical zoom, low-light capability 0.005 Lux 0 Lux with IR, 492ft IR LED, H.265 H.264 smart codec, auto-tracking, face detection, microSD support 512GB, PoE plus 24VDC power, and IP67 IK10 protection.

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

4MP, 1/2.7" , F1.6, 2.8mm, 2 x directions dual lens Dome,Built-in IR light, Alarm in/out; Audio in/out, Built-in Mic, VCA, MD2.0,

8MP, 2.8mm fixed-lens, color hybrid Dome ,HDR, 3D DNR, MD2.0, VCA ,FD, X-Search, built-in MIC, Pro AI

Platinum, Fixed Lens, Bullet, IP , 4 MP, 2.8 mm, H.265+, WDR, MicroSD Card Slot, Built-in Microphone

8CH, 1 HDD NVR with 8CH PoE supports H.265/H.264 video compression and up to 8MP resolution recording. It features 8 independent PoE ports, HDMI (4K, 3840 × 2160), and VGA outputs. With AI by camera functions like face detection, VCA, MD2.0, and LPR, it enables smart surveillance.

2 MP Eyeball Camera, 1920 × 1080 @ 30 fps, 2.8 mm Fixed Lens, Horizontal FOV: 89.9°, Vertical FOV: 47.4°

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.