Search results for: 'PTZ4MP 25× Network IR Speed Dome Camera'

Sapphire 5 MP Eyeball IP Camera, 1/2.7” 3.6 mm Fixed Lens, WDR, H.265, IR Range to 100 Feet, 20 fps @ 5 MP (2592 x 1944) & 25 / 30 fps @ 3 MP (2304 x 1296), ICR, 3DNR, HLC, AGC, BLC IP67

Pro-X, IP, 12 MP, IR, Fisheye, MD 2.0 - Human and Vehicle Detection

Platinum 8 MP Hybrid Illumination Turret Network Camera, Built-in Microphone. MD 2.0 - Human and Vehicle Detection

CMIP7112F-SE is a fisheye network camera capable of providing a 360-degree panoramic image of its scene. The progressive scan CMOS sensor provides high-resolution images of up to 3504 × 3504. Up to 20 live view display modes, designed for 3 mount types, meet various user preferences. Three independently controlled IR lights offer a range of 15 m and provide good vision in low or even zero-light environments.

Platinum Series, 8.29 MP / 4K Ultra HD imaging, 2.8 mm fixed lens, Matrix IR 2.0, smart IR, 4-in-1 video output: TVI / AHD / CVI / CVBS, DWDR, DNR, IP67, OSD Menu via UTC technology321

Platinum, IP, 4K, 1/1.8" Sensor, 2.8 mm, True WDR 120 dB, Built-in Microphone, 12 VDC / PoE, Active Deterrence, MD 2.0 - Human and Vehicle Detection

Pro-X, IP, 4 MP, 2.8 mm, Fixed Lens, Starlight Bullet, 120 dB True WDR, 3D DNR, SD Card, POE Power Support, IP67

Pro-X, IP, 4 MP, 2.8 mm, Fixed Lens, Bullet, 120 dB True WDR, 3D DNR, MicroSD Storage, Built-in Mic, POE Power Support, IP67, MD 2.0 - Human and Vehicle Detection

Pro-X, IP, 8 MP, 2.7 - 13.5 mm, Vari-focal Bullet, 120 dB True WDR, 3D DNR, SD Card, Audio & Alarm I/O Channels, POE Power Support, IP67 Protection, MD 2.0 - Human and Vehicle Detection

Platinum 4 MP Dual Light IP Turret with Hybrid Illumination & MD 2.0, 2.8 mm, Built-in Mic, True WDR, 12 V DC / PoE

Platinum 8 MP Dual Light IP Turret with Hybrid Illumination & MD 2.0, 2.8 mm, Built-in Mic, True WDR, 12V DC / PoE,

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.