Brochure

sensor processing
GE Intelligent Platforms is a leading provider of analog input and output boards and
subsystems for a variety of military and aerospace sensor processing applications.
We take pride that our state-of-the-art software defined radio products are helping to
expand the frontier of this technology that is revolutionizing the RF paradigm by placing
data converters as close as possible to antennas. We provide a family of open archi-
tecture modules that include large-capacity FPGA devices for customer-specific sensor
processing in PCIe, XMC/PMC and VPX formats. Applications for these modules include
radar, communication, electronic warfare, signal intelligence, cellular base stations, and
RF test equipment.
GE was one of the first companies to offer COTS products for
acoustic applications such as sonar, vibration analysis, and test
and measurement. Products today include popular bus types
such as PCI/PCIe and CompactPCI. These acoustic products
provide important functionalities such as simultaneous sampling
across multiple channels, including channels that span multiple
cards. Our revolutionary DaqNet 192-channel 1U acoustic I/O
server provides high performance, higher channel density and
simple integration at a very competitive price per channel.
Our video processing products provide data capture, processing,
storage, compression, decompression, and display capabilities
for a wide range of embedded video applications in military,
aerospace and unmanned vehicles. Through the use of high-
performance FPGA and DSP technologies, our products are able
to deliver the high level of performance and ease-of-use required
by these demanding applications.
GE Intelligent Platforms has just released the SPR870A ultra-
wideband digital receiver/exciter, digital RF memory module.
This revolutionary 3U VPX product uses class-leading ADCs and
DACs to provide superior analog performance in radio and radar
installations. The SPR870A’s massively parallel onboard Virtex-6
FPGA processor affords near-real-time generation of transmit
waveforms based on those it receives. Deep onboard memory
allows precisely controlled signal recording and playback.