Search results for: 'camaras ip cmht 1752w-28cf'

Platinum, IP-P, Turret, 6MP, 2.8mm, H265+, MatrixIR2.0,100' WDR, MSDCard Slot

Substitute Item: LTCMIP3C42NW-28MDA

Max. 2560 × 1440 @24fps, 2.8 mm fixed lens, H.265+, H.264+, 120dB WDR, 0.0014 @ F1.0 (1/30 s, AGC ON), 0.002 @, F1.2 (1/30 s, AGC ON), 0 Lux with LED on
12 VDC & PoE (802.3af, class 3), Built-in micro SD/SDHC/SDXC slot, up to 128G, IP67, BLC/3D DNR/HLC/Defog, 24-hour colorful video

16- or 32-Channel Lite Network Video Recorder, 1.5U, 16 PoE Channels, 4K & H.265

The VSVMS-500 is an integrated video surveillance platform that connects and manages Pro-VS IP Cameras & NVRs.

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.

Platinum 2 MP Dome Camera, 1080p, 2.8 mm Fixed Lens, iR to 65 ft, UL listed, IP66, VP, Black Housing

Resolution: 8MP, 3840 × 2160@20fps, Fixed Lens: 2.8mm, Lux: 0.05 lux @F2.0, Compression: Ultra 265/H.265/H.264/MJPEG, IR: Smart IR LED up to 98ft, Features: 120dB WDR, 2D/3D DNR, BLC, HLC, Digital Defog, Axis: 3 Axis, Rating: IP67, IK10 Vandal Proof, 2KV Surge Protection, Power: DC 12V, PoE

Platinum, IP-P, Turret, 6 MP, 2.8 mm Fixed Lens, H265+, Matrix IR 2.0, 100' WDR, MicroSD Card Slot

PTZ-P TVI, 2.1MP, 1080P, 4.8-120mm, 120dB, WDR, IP66, IK10, BNC, LTB212 Included / 25x Optical / 16x Digital, Wall Mount Bracket Included

Discontinued. Platinum HD-TVI 5MP Indoor Fisheye, 2592*1944@12.5fps, 1.1mm fixed lens, Built-in microphone, 3Matrix IR 65ft, DC12V

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.