Search results for: 'junction box tvi turret camera ltc'

Platinum, 5 MP, 1/2.7" Progressive Scan CMOS, 2560 x 1920 @ 25 fps, H.264, H.264+, H.265, H.265+, Up to 30 m IR Range, 4 Flexible Lenses, 120 dB WDR, IP67, IK10

Platinum 4 MP Bullet IP Camera, 2.8 mm Fixed Lens, MicroSD Card, IP67, Color 24/7, MD 2.0

1/2.9" Progressive Scan CMOS sensor, 3072 x 2048 @ 20 fps, 2.8 to 12 mm varifocal lens, Color: 0.018 Lux @ f 1.6, AGC on, 0 Lux with IR, H.265+, H.265, H.264+, H.264, Three streams, 120 dB WDR, 2 behavior analyses, and face detection, BLC / 3D DNR / ROI / HLC, IP67, built-in MicroSD / SDHC / SDXC card slot up to 128 GB, 3-Axis adjustment. Junction Box Included.

1/1.8" Progressive Scan CMOS sensor, 2560 × 1440 @ 25 fps, f 1.0 aperture, 2.8 / 4 / 6 mm fixed lens, 120 dB WDR, H.265+ compression, IP67, 24/7 full time color

4MP, 2560x1440@20fps, 2.8-12mm, up to 100 feet, H.265, H.265+, H.264, H.264+ Ready, True WDR 120dB, IP67, DC 12V, PoE, Metal Housing

1/2.5" Progressive Scan CMOS, 3840 × 2160 @15 fps, 2.8 to 12 mm varifocal lens, Color: 0.018 Lux @ f 1.6, AGC on, 0 Lux with IR, H.265+, H.265, H.264+, H.264

Platinum 6 MP Fisheye Network Camera with heat mapping and quick install & upgrades

Platinum, IP Bullet, 8 MP @ 15 fps, 2.8 mm, H.265+, Matrix IR, IP67, MicroSD Card, True WDR, MD 2.0 - Human and Vehicle Detection, Junction Box Included

Platinum Motorized Vari-focal Lens IP Dome, 8 MP @ 20 fps, 2.8 - 12 mm, Matrix iR 2.0, H.265+, True WDR, IK10, IP67, MicroSD Card Slot, MD 2.0 - Human and Vehicle Detection, Junction Box Included

Platinum, IP, Bullet, 8 MP @ 20 fps, 2.8 - 12 mm, H265+, Pigtail Housing, Matrix iR 2.0, True WDR, IK10, IP67, MicroSD Card Slot, MD 2.0 - Human and Vehicle Detection, Junction Box Included

Discontinued. Platinum, 6 MP, Mini Bullet IP Camera, 2.8 mm, True WDR, Micro SD Cards up to 128 GB, 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.