Search results for: 'junction box turret camera'

4K Resolution, H.265+, True 120 dB WDR, IP67, Matrix IR 2.0, LTS-Connect Cloud Service and App for Remote Management and Device Views, Built-in Microphone, 256 GB SD Card Storage

4MP, 2688x1520@20fps, 2.8-12mm, H.264, H.264 Zip+ Ready, True WDR 120dB, IP67, DC 12V, PoE

Featuring a dual-lens design with a built-in stitching algorithm for a seamless 180-degree view, this 5MP camera offers 24/7 color with an F1.0 aperture, smart hybrid lighting, 130dB true WDR, 3D DNR for sharp imaging, 40m IR and white light range, built-in mic for high-quality audio, and IP67 protection.

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.

Platinum, IP, Turret, 8 MP, 1/2.8" Sensor, 2.8 mm, WDR, Built-in Microphone, MD 2.0 - Human and Vehicle Detection

This product was discontinued and replaced by CMIP1042-28M.

Platinum, 2 MP, 1/2.8" Sensor, 2.8 mm, WDR, Built-in Microphone, 12 V DC / PoE, MD 2.0 - Human and Vehicle Detection

Platinum, IP, Turret, 8 MP @ 20 fps, 2.8 - 12 mm, Matrix iR 2.0, H.265+, True WDR, IK10, IP67, MicroSD Card Storage, VCAs, UL DC / PoE, MD 2.0 - Human and Vehicle Detection, Junction Box Included.

Platinum, HD-TVI, Turret, 2.1 MP, 1080p, 3.6 mm Fixed Lens, Color 24/7, Suppl. White Light Range up to 132 Feet, True WDR 130 dB, TVI / AHD / CVI / CVBS Signal Options, IP67

Platinum, IP, 8 MP, 1/2.8" Sensor, 2.8 mm, WDR, Built-in Microphone, 12 VDC / PoE, Black Housing, 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

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.