Search results for: 'NVMS / VMS software'

Eco - Energy Efficient, Full HD 1080p, Platinum HD-TVI, 1/3" Sensor, 3.6 mm Fixed Lens, 24 IR LEDs with Range up to 65 ft (20 m), OSD Menu via UTC Technology with Platinum HD-TVI DVR, 12 VDC

6 MP, 3072 x 2048 @ 20 fps, 2.8 mm, Matrix IR 2.0, H.265+, H.264, H.264+ Ready, True WDR 120 dB, IP67 & IK10, MicroSD up to 128 GB, 12V DC, PoE

Platinum 4 MP Color 24/7 Turret IP Camera, 4 mm Fixed Lens, H.265+

Discontinued. Full HD1080P, Platinum HD-TVI, 1/3"Sensor, 2.8-12mm Varifocal Lens,1 Matrix IR LED up to 175ft (50m),120dB True WDR, OSD Menu via UTC Technology with Platinum HD-TVI DVR, DC 12V, AC 24V, Junction Box Included

1/2.8", Full HD 1080P, 15X Optical Zoom, 16× Digital Zoom, H.265+/H.265, True Day/Night, WDR 120dB , 3D DNR, Schedule Task, PoE+, DC 12V Power Supply, Wall Mount Bracket (LTB412) & PoE+ (30W) Sold Separately  

1/2.8" CMOS, 1920 × 1080P@60fps, 32X Optical Zoom, 16× Digital Zoom, H.265+/H.265, True Day/Night, WDR 120dB , 3D DNR, Auto-Tracking, Hi-PoE, Alarm I/O, AC 24V Power Supply, Wall Mount Bracket (LTB762N) Included, High PoE Injector (60W) Sold Separately  

Color 24/7, 2.1 MP High Performance CMOS, 1920 × 1080 Resolution, 3.6 mm Fixed Lens, Supplemental Lighting up to 66 ft (20 m), 3D DNR, True WDR, 4-in-1 Video Output (Switchable Among TVI / AHD / CVI / CVBS), IP67, OSD Menu via UTC Technology with Platinum DVRs

5MP High Definition, 2.8-12mm Varifocal Motorized Lens, Matrix IR 2.0, H.265, H.265+, H.264, H.264+ Ready, True WDR 120 dB, IP67, MicroSD Slot, Audio I/O, Alarm I/O, DC 12V, PoE, Built-in Junction Box 

2 MP, 1920 x 1080 @ 30 fps, 4 mm, Matrix IR 2.0, IR Range up to 100 ft, H.265+ Ready, True WDR 120 dB, IP67, MicroSD Slot up to 128 GB, 12 V DC, PoE

Platinum 4 MP Mini Dome IP Camera, 2.8 mm Fixed Lens, Matrix IR, WDR, DC / PoE Power

The CMIP3C42WB-28MDA camera provides 24/7 vivid colorful images with f 1.0 advanced lenses and high performance sensors. The super-aperture collects more light to produce brighter images. Advanced sensor technology can vastly improve the utilization of available light.