Spec Sheet

Video - NDV-8503-RX Fixed dome 4MP HDR X 4.4-10mm PTRZ
2 | 8
Fast performance
The 60 frames per second mode provides for optimum
performance in fast action scenes and makes sure no
critical data is lost. In combination with the high
4.1MP resolution, it allows for high detail video
capture of fast moving objects while at the same time
providing situational awareness.
StarlightX-Next level starlight performance
StarlightX technology combines the latest high
performance, large pixel sensors, optics, improved
image processing and noise suppression, resulting in a
5.5x improved sensitivity compared to the standard
starlight camera.
HDRX-HighDynamicRange
HDRX is a new technology that combines unique
sensor functionality and advanced algorithms. It is a
huge leap forward in capturing high quality video of
moving objects in scenes with a large dynamic range.
It also allows HDR imaging at lower light levels in
which traditional HDR technologies are non-functional.
This is possible because the HDRX-Motion optimized
mode takes two different readouts from one exposure
to capture details in both the highlights and shadows
of the scene, instead of blending multiple exposures
like standard HDR technologies. Blending multiple
exposures reduces sharpness and creates unwanted
imaging artefacts on moving objects. HDRX resolves
these issues, providing a crisp image with improved
dynamic range.
In case an even larger dynamic range is required,
HDRX-OptimizedDR or HDRX-ExtremeDR will
further increase performance to an absolute maximum
by adding another fast exposure. This combines the
benefits from HDRX-Motionoptimized and
traditional HDR.
Scene modes
Nine configurable modes are provided with the best
settings for a variety of applications. In one click fully
optimized image settings can be selected to suit the
conditions. Different scene modes can be selected for
different situations such as traffic or retail
environments.
Intelligent streaming
Smart encoding capabilities, together with Intelligent
Dynamic Noise Reduction technology and analytics,
reduce the bandwidth consumption to extremely low
levels. Only relevant information in the scene, like
motion, or objects found with the analytics, need to
be encoded.
The camera is capable of quad streaming which allows
the camera to deliver independent, configurable
streams for live viewing, recording, or remote
monitoring via constrained bandwidths.
Each of these streams can be adapted independently
to deliver high quality video, perfectly tailored to
purpose, while reducing bit rate by up to 90%
compared to a standard camera.
H.265 high-efficiency video encoding
The camera is designed on the most efficient and
powerful H.264 and H.265/HEVC encoding platform.
The camera is capable of delivering high-quality and
high-resolution video with very low network load. With
a doubling of encoding efficiency, H.265 is the
compression standard of choice for IP video
surveillance systems.
Bitrate optimized profile
The average bitrate for the bitrate optimized profile
using H.265 encoding in kbps for different frame rates
can be found in the table provided below.
FPS Low activity Medium activity High activity
60
1287
1765
4239
30
776
1054
2536
25
680
1124
2218
15
471
710
1528
10
352
534
1140
5
215
329
693
3
150
231
482
1
70
108
222
i
Notice
Actual bitrate values may vary depending on
scene complexity/activity and picture settings.
Recording and storage management
Recording management can be controlled by the
BoschVideoRecordingManager application, or the
camera can use local storage and iSCSI targets
directly without any recording software.
Local storage can be used for recording "at the edge"
or for Automatic Network Replenishment (ANR)
technology to improve the overall recording reliability.
Pre-alarm recording in RAM reduces bandwidth
consumption on the network and extends the
effective life of the memory card.
Advanced edge recording
Advanced edge recording provides the most reliable
storage solution possible due to the combination of
the following functionalities:
• Dual SD cards that can be set up as either:
– Mirrored, for redundant storage
– Failover, for extended service intervals
– Extended, for maximum retention time
• Industrial SD card support allows for extreme
lifetime
• Health monitoring of industrial SD cards provide
early service indications