Dahua 3Megapixel Starlight Network box Camera IPC-HF8331F
Dahua 3Mp Starlight Network box Camera IPC-HF8331F Ultra series product adopts high performance DSP and Sony advanced image sensor technology, which can provide excellent image effects for users such as UHD resolution, starlight and super WDR etc. The series utilizes Dahua advanced software algorithm, which is able to support people counting and heat map, bringing extra business analysis value for customers.
Standard WDR/HDR camera can provide 120dB dynamic range, However, for some scenes with wider contrast range, 120dB is slightly insufficient. By adopting the latest technology, Dahua Cameras can provide an amazing dynamic range up to 140dB.
Featuring Dahua’s Starlight Technology, this camera is ideal for applications with challenging lighting conditions. Its low-light performance delivers usable video with minimal ambient light.
Electronic -PTZ ( pan / tilt / zoom function ) is a virtual technology . Through E- PTZ function can be achieved on the local area pan, zoom and other functions. Mostly It appeared in Megapixel or more cameras.
Business intelligent analysis (People counting, Heatmap)
Dahua Camera also supports more advanced intelligent features such as people counting and heat map besides basic IVS functions. These two functions can be applied to business intelligence and bring extra values to customers.
Intelligent Video System (IVS)
Dahua 3Mp camera has a built-in video analysis based on intelligent algorithms and can achieve the following:Tripwire,Intrusion,Abandoned or Missing can timely, quickly and accurately respond to monitoring events in specific area. It enhances monitoring efficiency.
Smart Scene Adaptive (SSA)
In a strong backlight environment, Dahua self-developed intelligent image technology automatically regulate exposure parameters to get better image quality. Hence the camera automatically evaluates the change in scene, in particular strong lights.
H.265 ITU-T VCEG is a new video coding standard. Improve compression efficiency, improve the robustness and error recovery capabilities, real-time to reduce the delay, reduce channel acquisition time and a random access delay, reduce complexity.