Experience High-Definition Imaging with Advanced Sony IMX335 Sensor and Robust Feature Set

The Lntech LN-802 is a high-performance camera module designed for integrators and OEMs who demand exceptional image quality and versatility. Central to its design is the Sony IMX335 sensor, a 1/2.8-inch CMOS capable of delivering up to 5MP resolution (2592x1944). This module supports multiple output resolutions, including 1440P@30fps, ensuring compatibility with various HD systems. Key features like True Wide Dynamic Range (WDR), 3D-DNR for low-light clarity, and an optional 2.8-8mm motorized zoom lens provide adaptability to diverse monitoring scenarios. With 40-meter infrared illumination and optional Power over Coax (POC), installation is simplified, and performance is guaranteed for 24/7 operation. Housed in a durable IP67-rated metal casing, the LN-802 is built to excel in security, industrial, and commercial applications.

1. Superior Image Quality with Sony IMX335
   The Sony IMX335 sensor is renowned for its high sensitivity and ability to capture detailed images with effective pixels of approximately 5.14 million (5MP), even in challenging lighting conditions. It supports high frame rates and provides crisp and clear video for accurate monitoring.
2. Exceptional Low-Light Performance
   With 3D-DNR reducing noise and 40m IR distance ensuring ample illumination, the LN-802 delivers clear black-and-white video in complete darkness, making it ideal for 24/7 surveillance applications.
3. Installation Flexibility and POC Support
   The optional Power over Coax (POC) functionality allows for transmission of both power and video over a single coaxial cable, significantly simplifying installation and reducing costs, especially in retrofit scenarios.
4. Robust and Reliable Design
   Encased in an IP67-rated metal housing, the LN-802 is protected against dust and water ingress, ensuring reliable operation in harsh outdoor environments. Its compact size and standard mounting options facilitate easy integration into various systems.