Excellent performance (0.0121 LX) u can present high-speed

 moving objects in high detail (30 FPS) U network pressure and low storage cost u excellent wide dynamic range (97 + 16 dB) dinion IP starlight 8000 MP sets a new standard for all-weather video monitoring. Regardless of lighting conditions, at any time, or regardless of the movement of objects, the camera can provide relevant IP video 24 hours a day. The camera can even capture images with a resolution of 5 million pixels under extremely poor light conditions, thus providing fine and clear images. In addition, the camera can produce megapixel level full-color Video in almost all black conditions, and can still provide fine-grained black-and-white images when other cameras can't display images at all. System overview advanced image processing technology brings dinion IP starlight 8000 MP to a higher level. Intelligent video analysis (IVA) tracks and focuses relevant scenes and adds perception and structure to stored videos, enabling you to quickly retrieve the right data. Intelligent automatic exposure (IAE) enables excellent forward and reverse light compensation, providing perfect images at all times. Intelligent dynamic noise reduction (idnr) saves source bit rate and takes up bandwidth only when needed. This can reduce the bit rate by up to 50%, which significantly reduces storage costs and network pressure, and does not affect video quality. The basic function has excellent performance in low light conditions. The latest sensor technology combined with advanced noise suppression function can achieve a sensitivity of 0.0121 LX in full resolution of 5MP in color mode, and even 0.00825 LX in 1080p resolution. The performance is excellent in low light conditions, and the camera continues to provide excellent color performance even when the ambient light is extremely dim. Measured dynamic range the camera has a wide dynamic range and is excellent in actual performance comparisons - 97 DB wide dynamic range for 5MP mode (plus an additional 16 dB when combined with intelligent auto exposure). The actual dynamic range of the camera is measured by the photoelectric conversion function (OECF) analysis using the standardized test chart based on ISO standard. This method can provide more realistic and easily verifiable results than the theoretical approximation sometimes used. In just 20 minutes of intelligent video analysis, you miss 90% of the activity on the screen. Intelligent video analysis (IVA) helps by alerting you when a predefined alarm is triggered. The ingenious combination of up to eight IVA rules can simplify complex tasks and minimize the number of false alarms. IVA also adds perception and structure to your videos by adding metadata. This allows you to quickly retrieve relevant images from stored videos up to several hours. Metadata can also be used to provide irrefutable court evidence or optimize business processes based on population statistics or crowd density information. The back and forth changes of backlight and fairing in intelligent auto exposure may affect image quality. In order to get the perfect image in all scenes, intelligent auto exposure automatically adjusts the exposure of the camera. It provides unparalleled forward light compensation and incredible backlight compensation by automatically adapting to changing light conditions. Intelligent dynamic noise reduction requires a lower bit rate for static scenes with no moving objects or little motion. Intelligent dynamic noise reduction can reduce the bit rate by up to 50% by intelligently distinguishing interference and related information. Since the noise at the source is reduced during image capture, the bit rate reduction does not affect the video quality. Intelligent dynamic noise reduction adjusts spatial and temporal filtering (3dnr) based on intelligent analysis of scene content. Motion compensated time domain filtering (MCTF) can reduce motion blur associated with standard time domain filtering. This will maintain the image quality of fast moving objects while optimizing the bit rate. With intelligent dynamic noise reduction, we focus on significantly reducing storage costs and reducing network stress by using bandwidth only when needed. Region based coding is another feature that reduces bandwidth. You can set compression parameters for up to eight user-defined regions. This allows you to highly compress areas of interest, leaving more bandwidth for important parts of the scene. The profile table with optimized bit rate shows the average typical optimized bit rate of various frame rates in KB / s: FPS 5MP (4:3) 5MP (16:9) 1080p 30 4950 4500 1600 25 4685 4259 1514 15 3941 3583 1274 10 3351 3046 1083 5 2342 2129 757 21009 917 326 optional definition and aspect ratio The camera has three basic application types that can be selected at startup to provide the highest performance for typical applications: · 5MP (16:9) · 5MP (4:3) · 1080p definition. The 5MP type can be used in applications that require the highest possible definition. The 1080p30 (16:9) type is used for applications requiring higher sensitivity and dynamic range. These types will select the best tuning parameters for the application, so that you can get the best camera performance. Scene mode the user interface of the camera is very intuitive and easy to configure. Provides nine configurable modes and the best settings for a variety of applications. You can choose different scene modes for day or night scenes. · indoor to indoor environment, ordinary day and night switching, ignoring the sun's light and streets

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