Key Features

Capture Vehicle Speed up to 110MPH (180km/hr)
One Camera Covers Both Scene Overview & LPC View
Supreme Anti-Glare Capability
One Camera Covers Dual Lanes
i-CS Lens and Remote Controllable IR Illuminator for Clear Images and Easy Installation
Certified by Numerous LPR Software Manufacturers around the World
Vandal-Proof IK10-rated and Weather-Proof IP68-rated Housing

Overview

VIVOTEK’s IP9165-LPC Kit represents a total solution for LPC (License Plate Capture) applications by leveraging the top tier image quality and traffic monitoring ability of the IP9165-LPC box camera. The CaMate IR Illuminator utilizing CVA Tech provides adjustable beam angles for different distances. The Headlight filter is implemented to reduce instances of glare from direct headlight contact. The IP9165-LPC Kit delivers clear license plate images for reliable recognition, in both the sunniest days, and in the darkest nights.

Empowered with VIVOTEK Scene Mode, which provides different exposure levels to avoid overexposure in some lighting conditions, the IP9165-LPC Kit can capture clear plate images from the vehicles moving at speeds of up to 110MPH (180km/hr).

Value-added features such as i-CS (intelligent-CS) lens, DIS (Digital Image Stabilization) and remote IR beam angle adjustment ensure that the IP9165-LPC Kit can be easily installed and adjusted to provide the perfect LPR solution. Further, with the high-resolution images supporting a wide range of up to two lanes, the IP9165-LPC Kit is also the most economic solution in LPR applications.

Looking for VIVOTEK LPR Solution for your site? Please visit our application partner HERE or contact us at support@vivotek.vn or support@ion.vn

Benefits
One Camera Covers Both Scene Overview & LPC View

VIVOTEK’s 2 Mega-pixel resolution kit provides not only sufficient PPF for license plate capture, but also for a clear overview of moving vehicles, including car color, brand and type for general traffic surveillance purposes. Therefore, with only one VIVOTEK’s IP9165-LPC Kit, users can yield more information from one single location.