VK-S274R (NTSC)/VK-S274ER(PAL)
The | NTSC | ) | are compact | |
( | ) | ( |
| |
Thanks to the optimized | ||||
The Privacy Zone Masking and Mirror Image functions improve the versatility of the Hitachi video cameras. These models are |
captured effectively even under poor lighting. to enhance environmental friendliness.
High-Sensitivity/
Low-Smear CCD
From crime prevention to surveillance, the range for CCTV applications is constantly expanding. This means the demand for
Sensitivity to Visible Light is More than Doubled
Superior
Privacy Zone Masking Function | Mirror Image Function |
Image from Conventional Camera | Zone Masked Image from | Original | Reverse |
| Hitachi’s Camera |
|
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Color Sensitivity
Optimized On-Chip Micro
Lenses
The
| Conventional Camera | Hitachi‘s |
B&W Sensitivity | Smear Level |
Conventional Camera | Hitachi‘s | Conventional Camera | Hitachi‘s |
Smear Level Reduced to Lower than Conventional Level
Privacy Zone Masking Function
When there are windows, entrances and other objects within the camera’s vision that are not subject to surveillance, they can be masked on the monitor for protection of privacy. This makes the
Environmentally Friendly
With these new
Backlight Compensation
You can control a
Remote Control through RS-232C
Remote operations are possible via the
Mirror Image Function
The mirror image function enables the reversing of the field of view depending on the camera’s position.
Digital Slow Shutter ( D.S.S.)
The Digital Slow Shutter allows the camera a long exposure time of 1/2 second*. This translates into a higher sensitivity and minimum illumination of only 0.03 lx*(color, 1/2s). Since more color data is captured and stored by the camera, you can see things not visible with conventional color video cameras.
*Applies to the
Built-In Optical Power Zoom Lens
The
A.I. (Artificial Intelligence) Control with D.S.P.
A.I. Auto Iris: Adjusts iris so that video output is kept at a fixed level, even if surrounding illumination changes.
A.I. Auto White Balance: Provides natural color reproduction according to ambient lighting.
※The art presented here is intended for illustration only