Spec Sheet

Video | MIC IP fusion 9000i
MIC IP fusion 9000i
www.boschsecurity.com
u Ruggedized IP PTZ camera with high performance
thermal imager and HD visible imager sitting side-by-
side
u Designed to provide the highest availability of
useable images regardless of lighting conditions in
extreme environments (weather, dust/debris/
smoke, etc.)
u Unique metadata fusion feature provides the
ultimate in situation awareness
u Exceptional early detection capabilities: Object
detection up to 4517 m (14,820 ft) based on DRI
criteria
u Advanced on-board intelligent video tracking, object
detection even when camera is on tours
The MIC IP fusion 9000i camera is an advanced PTZ
surveillance platform designed to provide early
detection in mission-critical applications. With its dual
visible/thermal imaging capabilities, the MIC IP fusion
9000i camera is the perfect solution for robust and
high-quality imaging needs.
The camera’s distinctive, ruggedized design is well-
suited for extreme environments and adverse weather
conditions such as high winds, rain, fog, ice, and
snow.
Precision engineered using Bosch’s domain expertise
in material and mechanical engineering, the camera
offers the most advanced imaging and positioning
system solution available on the market.
Functions
Exceptional imaging performance
The MIC IP fusion 9000i camera incorporates a high-
performance thermal imaging core and a 1080p
starlight camera integrated in the same housing. This
allows the camera to deliver simultaneous thermal and
visible video streams, maximizing the ability to detect
and react to long-range threats.
Thermal imager
The thermal imager incorporates the latest un-cooled
vanadium oxide microbolometer technology. This high
sensitivity thermal imager is equipped with a fixed
focal length Athermal lens that balances the field-of-
view with maximizing the detection distance.
User-adjustable settings for contrast and gain allow
operators to optimize the image, ensuring delivery of
the highest quality video. In addition, a wide variety of
user-selectable thermal color modes are available
allowing further optimization of the thermal image.
Depending on model mix, QVGA resolution (320
pixels) and VGA resolution (640 pixels) versions are
available, with choice of low (<9Hz) or high (30/60Hz)
frame rates.

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