Bosch NBN-71027-BA F.01U.291.633 사용자 설명서
제품 코드
F.01U.291.633
Video | DINION IP dynamic 7000 HD
DINION IP dynamic 7000 HD
www.boschsecurity.com
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High Dynamic Range to see details in bright and
dark areas simultaneously (106 dB with iAE)
dark areas simultaneously (106 dB with iAE)
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Intelligent noise reduction reduces bandwidth and
storage requirements by up to 30%
storage requirements by up to 30%
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Auto back focus for fast installation
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Content-based scene analysis optimizes the image
processing
processing
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Hybrid operation for easy migration from analog to
IP systems
IP systems
The DINION IP dynamic 7000 HD camera is a 1080p30
progressive scan CMOS camera that uses Bosch-
designed digital imaging technology to achieve a very
high dynamic range.
The camera uses an internal feedback system based
on the intelligent analysis of the scene, to re-tune the
video processing. This provides better detail in the
areas that matter and better all-round performance,
day or night. Features such as multicasting, internet
streaming and iSCSI recording are fully supported.
progressive scan CMOS camera that uses Bosch-
designed digital imaging technology to achieve a very
high dynamic range.
The camera uses an internal feedback system based
on the intelligent analysis of the scene, to re-tune the
video processing. This provides better detail in the
areas that matter and better all-round performance,
day or night. Features such as multicasting, internet
streaming and iSCSI recording are fully supported.
System overview
High Dynamic Range
The High Dynamic Range (HDR) of the camera means
that you can view details in the bright and the dark
areas of a scene at the same time. HDR is based on a
dual exposure process that captures more details in
highlights and shadows even under challenging
lighting conditions. The result is that you can
distinguish objects and features easily.
that you can view details in the bright and the dark
areas of a scene at the same time. HDR is based on a
dual exposure process that captures more details in
highlights and shadows even under challenging
lighting conditions. The result is that you can
distinguish objects and features easily.
Hybrid operation
A surge-protected analog video output allows full
hybrid operation. This means that high resolution IP
video streaming and an analog video output via an
hybrid operation. This means that high resolution IP
video streaming and an analog video output via an
SMB connector are available simultaneously. The
hybrid functionality offers an easy migration path from
legacy CCTV to a modern IP-based system.
hybrid functionality offers an easy migration path from
legacy CCTV to a modern IP-based system.
Functions
Content-Based Imaging Technology
Content-Based Imaging Technology (C-BIT) is used to
radically improve image quality in all lighting
conditions and to identify areas for enhanced
processing. The camera examines the scene using
intelligent video analytics and provides feedback to re-
tune the image processing. This provides better detail
in the areas that matter and better all-round
performance. With IVA, the intelligent Automatic
Exposure (iAE) technology, for example, allows you to
view moving objects in bright and dark areas of a
scene.
radically improve image quality in all lighting
conditions and to identify areas for enhanced
processing. The camera examines the scene using
intelligent video analytics and provides feedback to re-
tune the image processing. This provides better detail
in the areas that matter and better all-round
performance. With IVA, the intelligent Automatic
Exposure (iAE) technology, for example, allows you to
view moving objects in bright and dark areas of a
scene.
iDNR reduces bandwidth and storage requirements
The camera uses intelligent Dynamic Noise Reduction
(iDNR) which actively analyzes the contents of a scene
and reduces noise artifacts accordingly.
The low-noise image and the efficient H.264
compression technology provide clear images while
reducing bandwidth and storage by up to 30%
compared to other H.264 cameras. This results in
reduced-bandwidth streams that still retain a high
(iDNR) which actively analyzes the contents of a scene
and reduces noise artifacts accordingly.
The low-noise image and the efficient H.264
compression technology provide clear images while
reducing bandwidth and storage by up to 30%
compared to other H.264 cameras. This results in
reduced-bandwidth streams that still retain a high