34
Memory Function
Max. Sampling/
Conversion Frequency Channels Resolution Form Factor User Programmable FPGA Ruggedization
SPR870A 1.5 GB
Transceiver (Analog Input &
Output)
1.5 GHz/ch. 2 in, 2 out 10 & 12-bit VPX Virtex-6 XC6VSX475T
Level 1-5 Air,
Conduction Cooled
ICS-554 1 MB Receiver (Analog Input) 105 MHz/ch. 4 14-bit PMC
Virtex-II XC2V1000,
Virtex-II XC2V3000
Commercial (benign)
ICS-8551 Receiver (Analog Input)
1.5 GHz/ch.
and 3 GHz/ch.
2 or 4 8-bit XMC/PMC Virtex-4 XC4VFX60
Level 1-5 Air,
Conduction Cooled
ICS-8553 Receiver (Analog Input)
1.5 GHz/ch.
and 3 GHz/ch.
2 or 4 8-bit XMC/PMC Virtex-4 XC4VFX60
Level 1-5 Air,
Conduction Cooled
ICS-8554D 2 MB Receiver (Analog Input) 105 MHz/ch. 4 14-bit PMC Virtex-II XC2V3000
Level 1-5 Air,
Conduction Cooled
ICS-8552B 2 MB Receiver (Analog Input) 105 MHz/ch. 2 14-bit PMC Virtex-II XC2V3000
Level 1-5 Air,
Conduction Cooled
ICS-8554B 2 MB Receiver (Analog Input) 105 MHz/ch. 4 14-bit PMC Virtex-II XC2V3000
Level 1-5 Air,
Conduction Cooled
ICS-572 64/8 MB
Transceiver
(Analog Input & Output)
105 MHz/ch. (Rx),
200 MHz/ch (Tx)
2 in, 2 out 14-bit PMC
Virtex-II XC2V4000,
Virtex-II XC2V6000
Commercial (benign)
ICS-8550 Receiver (Analog Input) 210 MHz/ch. 2 12-bit PMC Virtex-4 XC4VFX60
Level 1-5 Air,
Conduction Cooled
ICS-1650 16 MB Receiver (Analog Input) 250 MHz/ch. 4 12-bit PCI Express Virtex-5 V5SX95T Commercial (benign)
ICS-1556 16 MB Receiver (Analog Input) 400 MHz/ch. 4 14-bit PMC Virtex-5 V5SX95T Commercial (benign)
ICS-1555 2 MB Receiver (Analog Input)
160 MHz/ch.
or 180 MHz/ch.
4 16-bit PMC Virtex-5 V5SX95T Commercial (benign)
ICS-8561 Transmitter (Analog Output) 400 MHz/ch. 2 16-bit PMC Virtex-4 XC4VFX60
Level 1-5 Air,
Conduction Cooled
software defined radio
Software Defined Radio is an enabling technology that is revolutionizing the RF
world by placing the data converters as close to the antenna as possible. GE
Intelligent Platformsis at the forefront of this advanced technology with a family
of state-of-the-art open architecture modules that include large capacity FPGA
devices for customer-specified signal processing functions (available in PCIe,
XMC/PMC and VPX formats). These modules can be used for a wide range of
applications, including radar, communications, electronic warfare, signal intel-
ligence, cellular base stations, RF test equipment and the like.
(16 pages)
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