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Excellent performance under low illumination u high dynamic range for challenging bright and dark scenes (120 dB) U enhanced reliability of built-in intelligent video analysis (IVA) U cameras for triggering related alarms and fast retrieval of data, The optional dual redundant power supply ensures continuous all-weather operation u. The dedicated AES 256 bit encryption engine for protecting recorded video, autodome IP starlight 7000 HD, is a high-speed PTZ ball camera that provides unparalleled image quality and network performance day and night. The camera has excellent high definition (hd) 1080p25 / 30 video and 30x optical zoom. The camera is easy to install and adopts field proven indoor / outdoor lifting protective cover or indoor embedded ceiling protective cover. The camera enables you to fully control all functions of the spherical camera through the network, including remote shooting / pitch / zoom operation, preset position, patrol route and alarm, and configure all settings of the spherical camera through the web. In addition, it also provides direct network video streaming, and adopts H.264 compression / bandwidth limiting technology, which can not only efficiently manage bandwidth and storage requirements, but also provide excellent image quality. Basic function excellent low illumination performance. The combination of the latest sensor technology and advanced noise suppression function can achieve excellent color sensitivity. The performance is excellent in low light conditions, and the camera can continue to provide excellent color performance even if the ambient light is extremely dim. With the help of built-in video content analysis (VCA), the camera strengthens the concept of front-end intelligent technology and makes the front-end equipment more intelligent. The camera has the most advanced Bosch VCA method intelligent video analytics, which can not only reliably detect and analyze moving objects, but also prevent false sources in the image from accidentally triggering alarms. Using this method, the camera can not only detect idle and removed objects, but also detect wandering, crossing of multiple warning lines and object tracks. This method also supports Bev (aerial view) personnel counting. Assisted self calibration and configurable detection filters improve reliability and reduce the workload of operators. Intelligent tracking this camera uses the built-in intelligent video analytics to continuously track individuals or objects. If intelligent video analytics detects an object when the camera is in a fixed position, the camera activates intelligent tracking. This function tracks the object and keeps it in sight by controlling the horizontal rotation, pitch and zoom of the camera. Based on powerful flow detection algorithm, the new intelligent tracking can reliably track moving objects even in challenging scenes. Tracking and detection reliability can be further enhanced by using virtual occlusion for scenes with a large number of background movements, such as trees or other objects moving constantly in the scene. The camera supports three intelligent tracking modes: automatic mode: when configured in this mode, the camera will actively analyze the video to detect any moving objects. If it detects movement, it starts tracking the object. This mode is most effective in scenes where there is no movement under normal circumstances. Click mode: in this mode, the user can click the moving object in the live video image to enable the camera to track the movement of the selected object. This mode is most effective when normal scene activity may occur. Trigger mode: in this mode, the camera will continuously analyze the scene to understand whether there are alarms or violations. In case of violation, the advanced tracking function of the camera will be triggered to enable the tracking of the object / person triggering the alarm. This unique combination of powerful intelligent video analytics and intelligent tracking enables the camera to track relevant moving objects without being disturbed by other moving objects in the scene. Virtual occlusion the camera provides virtual occlusion function. Users can flexibly mask some scenes that should not be considered for flow analysis, so as not to trigger intelligent tracking. This allows users to block any background movement in the scene (moving trees, pulsating light and busy roads) through IVA / tracking without shielding it from the video. Dual power option all autodome starlight models can be powered by a network switch with POE + (IEEE 802.3at) function or a high-power Poe mid span. In a Poe configuration, a cable connection supports data and video transmission while providing power. To improve system reliability, users can connect 24 VAC power supply and Poe to provide fully redundant power supply for the camera without interrupting operation. Dori coverage Dori (detection, observation, recognition and identification) is a standard system (en-62676-4) used to define the ability of the camera to distinguish people or objects in the coverage area. For these standards, The maximum distance that the camera / lens combination can reach is as follows: Dori defines the distance from wide 1x tele 30x detection 25 pixels / M (8 pixels / ft) 62 meters (193 feet) 1913 meters (5978 feet) observation 63 pixels / M (19 pixels / ft) 25 meters (81 feet) 759 meters (2517 feet) recognition 125 pixels / M (38 pixels / ft) 12 meters (41 feet) 383 meters (1259 feet) Identify 250 pixels / M (76 pixels / ft) 6 meters (20 feet) 191 meters (629 feet) five (5) preset user modes. The five preset configurable user modes are optimized and adopt the best settings suitable for various typical applications, so that the camera can be easily programmed and user-friendly on site. From the menu, the user selects the mode that can best define the camera installation environment: ? outdoor – ordinary day night conversion, supporting the light of the sun and street lights ? indoor – the ideal mode for indoor applications with constant and unchanged light ? low light – optimized, Provide sufficient detail in low light conditions ? motion – monitor traffic or fast-moving objects; Minimize mobile drag ? vibrant – improves contrast color reproduction and clarity. If necessary, users can customize these modes to meet the specific requirements of the site. Image stabilization with the continuous improvement of the optical zoom ability of PTZ camera, image stabilization technology has become increasingly important in eliminating the movement caused by unstable camera installation. When the zoom ratio of the camera reaches a high value, a slight movement of the camera frame will shift the field of view by a large distance. This will make the image unusable. The camera adopts image stabilization algorithm, so that the camera can detect continuous vibration. If vibration is detected, the camera will dynamically correct the shaking video on the vertical and horizontal axes, so as to produce a very clear image and stable field of view on the monitor. Excellent privacy masking the camera provides 24 independent and easy to configure privacy masking areas, and can display up to 8 masking areas in the same scene. When the camera zooms, each obscured area will change size quickly and smoothly to ensure that the obscured target will not be seen in most cases. The advanced alarm response camera supports advanced alarm control and adopts complex rule-based logic to determine how to manage the alarm. In the most basic control, a "rule" can define which inputs should be activated and which outputs should be activated. In more complex control, input and output can be combined with predefined or user specified commands to perform advanced camera functions.

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