Panasonic's exclusive Mega Super Dynamic imaging technology delivers performance that is unparalleled in the industry. The cameras 128x dynamic range make dark areas of a surveillance image more visible, regardless of highly contrasted lighting conditions within a scene. These megapixel cameras can transmit multiple video streams simultaneously – including H.264, MPEG-4 and JPEG – to enable both real-time monitoring and high-quality recording.
The cameras' advanced mega Super Dynamic image technology allows more sensitivity for lower light levels (1.0 lux color and 0.08 lux black-and-white at F1.4 in 1.3 megapixel mode) for clear images even when light is dim, which is ideal for 24-hour surveillance. The cameras also incorporate progressive scan megapixel CCDs that deliver clear images with less motion blur and no tearing even when subjects are moving. Other features include IPv4/v6 compatibility and Power over Ethernet (IEEE802.3af) to simplify installation.
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Area free (pixel-based) natural contrast image correction optimizes contrast and faithfully reproduces objects in every area and position. Combining 1/8,000 sec. and 1/60 sec. shutter speed signals provide a 128x dynamic range that makes these cameras the perfect surveillance solution where contrast changes depending on time, weather and season.
Panasonic's Mega Super Dynamic cameras combine high sensitivity design and electronic sensitivity enhancements to capture color images even when the viewing area is dimly lit. If the scene is too dark, the day/night switching function will automatically switch from color to B/W for optimal viewing. In addition, these megapixel cameras offer exceptional resolution to see the smallest details.
By combining 2D digital noise reduction (DNR) processing for moving objects and 3D DNR for the background, movement-generated streaking typically seen with images are corrected. From the example, we can see that even the headlights of moving cars can be seen clearly, unmarred by the streaks of light produced by previous DNR processing.