IP Camera IPC-HFW3841E-AS-0360B-S2 8Mpx DAHUA

8Mpx DAHUA LED 30m horn camera, AI H.265, Audio, SMD 4.0, Starlight , AI SSA, Quick Pick

Camera specifications:

• Model: IPC-HFW3841E-AS-0360B-S2
• Sensor: 1/2.8" 2MP Progressive Scan CMOS
• Resolution: 25/30 fps for 3840x2160 (8Mpx)
• Main stream:
  • 25/30 fps for 3840x2160 (8Mpx)
• Interface: Ethernet 10/100 Base-T PoE 802.3af
• Compression: AI H.265/ AI H.264/ H.265+/ H.265/ H.264+/ MJPEG
• Pixel count: 8Mpx
• Sensitivity: 0.007lux/F1.5 (color, 30IRE), 0lux (IR on)
• Illuminator: 1 IR LED (range 30m)
• Lens: 3.6mm
• AI functions: perimeter protection, AI SSA, Quick Pick, object classification (human/vehicle)
• Support for microSD / microSDHC / microSDXC cards up to 256GB
• Built-in microphone
• Starlight - low light operation technology
• SMD 4.0 - classification with false alarm filtering
• Automatic infrared filter ICR
• Audio inputs/outputs: 1/1
• Alarm inputs/outputs: 1/1
• Compatible with: ONVIF, CGI, Milestone, Genetec, RTSP, RTMP, P2P
• Bitrate: 3Kbps ~ 8192Kbps (H.264), 3Kbps ~ 8192Kbps (H.265)
• Video view:
  
  • Smart PSS, DSS Express, DSS PRO
  • Web browsers: IE, Chrome, Firefox
  • Mobile devices with systems
    
    • Android: free gDMSS Plus or DMSS app
    • iOS (iPhone): Free iDMSS Plus or DMSS app
• Housing: waterproof class (IP67)
• Power supply: 12V DC or PoE 48V (802.3af)

Camera features:

• 3D NR- Digital noise reduction prevents noise, interference from appearing on the recorded image.
• WDR 120dB- A software-based technique that allows easier identification of objects in dark areas of the image by using gamma correction (preserves natural shadows and lighting - as opposed to simply changing brightness or contrast).
• AWB- A white balance mode that adjusts the colors in the camera's image to match light of different color temperatures.
• AGC- The camera amplifies the output signal when lighting conditions deteriorate and keeps it constant. a
• BLC- A function designed to evenly distribute light in the foreground and background. The algorithm works by automatically adjusting the brightness over the entire monitored image.
• HLC- The algorithm detects image points that are highly illuminated and then masks them allowing effective observation. HLC mode is extremely useful for surveillance of underground parking lots. It makes it possible to read license plate numbers that are obscured by "bright spots" from headlights.
• ROI- Region of Interest system allows to increase the quality of the recorded image in the fragments of the observed scene indicated by the user. Thanks to the ROI function, it is possible to record record economically and save the total size of video files while maintaining the original image quality in priority areas.
• Privacy masks- Using the features of the camera with the function of privacy zones, it is possible to adapt the way the observation system operates to the specific spatial and security requirements of a particular installation site. Thanks to the system of privacy masks, it is possible to freely designate parts of the image, which will be excluded from video surveillance.
• DEFOG- Anti-fog system is designed to realize in real time the need for reactive image correction in situations of adverse atmospheric phenomena such as fog, rain or smog. The camera with Defog function automatically controls the image parameters allowing it to maintain effective operation during changing environmental conditions.
• SSA- Intelligent Scene Adaptation provides the camera with the ability to assess changes in scene, light intensity, automatically adjusting exposure parameters to get a better picture. SSA automatically lowers the brightness of heavily lit areas while increasing the brightness of darker areas.
• AFSA- Anti-flicker scene self-adaptation is designed to offset the effect of bright stripes created by LED light.
• Dahua Quick Pick- Allows you to quickly identify the object of interest (human or vehicle) from the search for relevant SMD events. By integrating the intelligent functions of the camera and NVR AI, this function allows us to search for an object based on AI algorithms (e.g., clothing color comparison).
• AI SSA- Using deep learning algorithms, the AI scene auto-adaptation (AI SSA) function allows us to adjust the camera's image parameters to the detected environmental conditions (rain, fog, overexposed image, low light, etc.).