License Plate Recognition (LPR) Cameras

You can purchase Pelco’s LPR cameras by connecting with an expert on our website. Our team can provide product details, pricing and purchasing options to help you find the right devices for your security needs.

Yes, Pelco’s LPR cameras are designed for seamless integration with a wide range of commercial security systems. Our devices support industry-standard protocols, enabling compatibility with many video management systems (VMS), access control solutions and third-party security platforms. This flexibility ensures easy deployment within your existing infrastructure.

The cost of a Pelco LPR camera varies based on the model, features and integration needs. To get pricing details and find the best devices for your security requirements, connect with a Pelco expert through our website. Our team can provide guidance on product options, costs and deployment.

An LPR camera is a specialized security camera designed to capture, read and process vehicle license plates. Using advanced imaging and AI-driven analytics, LPR cameras accurately identify plates in various lighting and weather conditions. They are commonly used for access control, law enforcement and traffic control.

LPR cameras capture images of license plates. Specialized LPR software analyzes these images, identifying and reading the characters. The extracted plate number is then compared against databases, which might contain information about registered vehicles, stolen cars or vehicles of interest for various purposes like parking enforcement or toll collection. The system can trigger actions based on the database match, such as opening a gate, issuing a ticket or alerting authorities.

LPR and ANPR (Automatic Number Plate Recognition) are two terms for the same technology. Both types of cameras capture images of license plates and use software to extract the alphanumeric characters. This data is then compared against databases for various applications, including parking enforcement, toll collection and traffic control. The slight difference in terminology is primarily regional. ANPR is more prevalent in Europe and Asia, while LPR is more commonly used in North America. Functionally, the cameras and the underlying technology are identical.

LPR cameras serve a wide range of users across various industries. Law enforcement agencies use them for crime prevention, locating stolen vehicles and identifying suspects. Parking operators rely on LPR for automated ticketing and efficient lot management, while toll agencies use them for seamless, contactless payments. Businesses enhance security, access control and visitor management with LPR. Additionally, private investigators, traffic monitoring agencies and some retail locations also leverage this security technology.

LPR cameras feature high-resolution imaging, infrared (IR) for night capture and AI-powered analytics for accurate license plate recognition. They support fast processing, real-time alerts and seamless integration with security and access control systems. Designed for various environments, they perform reliably in different lighting and weather conditions. 

LPR cameras for low-light conditions use IR illumination for clear plate images in darkness, while some use motion-triggered white light for better color capture. Advanced image processing reduces noise and enhances clarity and HDR balances bright and dark areas for optimal visibility. These technologies ensure reliable LPR performance at night or in low-light environments.

The resolution of an LPR camera is influenced by factors such as the camera’s sensor quality, lens type and focal length. Higher-resolution sensors capture more detail, improving plate recognition accuracy. The distance between the camera and the vehicle, along with the angle of the shot, also impacts resolution. Environmental factors like lighting and weather can affect image clarity and recognition performance.

LPR cameras are highly accurate, with recognition rates typically exceeding 90% under ideal conditions. Their accuracy depends on camera resolution, lighting, plate cleanliness, vehicle speed and camera angle. Advanced LPR systems use AI and image processing algorithms to minimize errors and enhance accuracy in various environments, including low light or challenging weather conditions. For optimal performance, regular calibration and proper setup are essential.

Yes, many LPR cameras can read plates from other countries, depending on the camera’s software and database capabilities. However, the accuracy may vary based on the plate format and region. To recognize international plates, LPR systems typically require specific databases or AI models that are programmed to identify the unique characters and patterns used in various countries.