GE SBC346 3U OpenVPX Single Board Computer Brochure
WWW.GE-IP.COM/VPX
Sensor and signal processing applications
require massive bandwidth and VPX delivers.
require massive bandwidth and VPX delivers.
Field applications are the
driving force behind VPX
driving force behind VPX
Mission Computers
Rugged systems are designed to survive
and thrive in harsh environments. They
stand up to challenges like temperature
extremes, shock, vibration, EMI and
G-forces. VPX offers computational speed
and graphics capabilities which will make
mission applications even more effective
and real-time.
and thrive in harsh environments. They
stand up to challenges like temperature
extremes, shock, vibration, EMI and
G-forces. VPX offers computational speed
and graphics capabilities which will make
mission applications even more effective
and real-time.
Situational Awareness
Until now, surveillance of large areas
has been based on a confusing array
of disparate video feeds, and the
inter- relationships between cameras
are not always obvious, so important
contextual visual information can be
easily overlooked.
has been based on a confusing array
of disparate video feeds, and the
inter- relationships between cameras
are not always obvious, so important
contextual visual information can be
easily overlooked.
Our subsystem presents 360º, high reso-
lution, real-time video from up to sixteen
cameras, and the virtual camera can be
panned or zoomed instantaneously. The
performance advantages of VPX allow an
entire subsystem with these capabilities
to be fit into an extremely compact area
in a very rugged application environment.
lution, real-time video from up to sixteen
cameras, and the virtual camera can be
panned or zoomed instantaneously. The
performance advantages of VPX allow an
entire subsystem with these capabilities
to be fit into an extremely compact area
in a very rugged application environment.
Video Tracking & Target Detection
VPX enables the highest performance
solutions in the smallest, rugged hardware
packages with features that include:
solutions in the smallest, rugged hardware
packages with features that include:
Moving Target Detection
The Moving Target Detection (MTD) acquisi-
tion algorithm extracts objects from the
scene which are moving independently in
relation to the background.
tion algorithm extracts objects from the
scene which are moving independently in
relation to the background.
Centroid Tracking
Centroid tracking is used for tracking
bounded objects such as an aircraft,
which can be fully contained within
the track window.
bounded objects such as an aircraft,
which can be fully contained within
the track window.
Multiple Target Track (MTT)
MTT is used for tracking bounded objects
such as aircraft or ground vehicles that are
fully contained within the track window.
The MTT gives good performance with
small targets in high clutter.
such as aircraft or ground vehicles that are
fully contained within the track window.
The MTT gives good performance with
small targets in high clutter.
Image Matching
Automatic Image Matching (AIM) allows
images taken from different sensors at
different times to be compared with each
other. Image Matching could assist a UAV
with navigation or target detection.
images taken from different sensors at
different times to be compared with each
other. Image Matching could assist a UAV
with navigation or target detection.
Fire Control
Fire-control systems require sophisticated
high-performance embedded computers
and sensors. GE VPX-based high-
performance single board computers,
multi-function software, sensors and
switches provide high-performance
capabilities to aid in greater control and
accuracy of radar and fire-control for
naval, ground and air-based systems.
high-performance embedded computers
and sensors. GE VPX-based high-
performance single board computers,
multi-function software, sensors and
switches provide high-performance
capabilities to aid in greater control and
accuracy of radar and fire-control for
naval, ground and air-based systems.