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・Radar video acquisition, from analog or digital signals ・Clutter processing ・Cell averaging CFAR ・Radar video distribution on LAN ・Radar video recording on local disk ・Plot extraction ・Automatic target acquisition ・Target tracking ・Radar video PPI display engineering and control interface ・Network control

・Standard configurations of Sentric2 systems record and play up to four channels of HD video and audio in real-time at full frame-rate ・High quality real-time hardware-accelerated JPEG2000 or MPEG4 compression ・Full network integration supporting the transmission and receipt of video and control data over Ethernet ・Comprehensive recording of metadata with video such as time stamps and tagged events ・Built-in self-test and status monitoring ・Systems built using Sentric2 support extensive customization options such as more channels and different types of video input/output ・Sentric2 systems typically support composite and high-definition RGB analog and digital DVI video input and output ・Solid state or rotating disk storage ・Available in rugged and commercial-grade system configurations ・Available as a board-level assembly for integrating Sentric2 functionality into existing embedded systems

・Command Line Interface configuration commands sent via the VME bus or the RS-232 port ・LED Indicators include: 'Signal Detect' and 'Transmitter On' for each SFP and 'Power On' and 'Heartbeat' for the systemSelect 16, 24 or 32-bit VME bus addressing ・Built-in Self Test ・Up to 16 non-blocking SFP transceiver ports (with optional 8-port expansion card) ・3.125 Gbps/port baud rate ・50 Gbps total bandwidth for 8 ports and 100 Gbps for 16 ports ・Point-to-Point (full or half duplex), multicast (1 to several), and loop (with auto loop feature) topologies. ・Optional bypass of clock conditioning circuitry for each port ・Hot-swappable SFP transceivers ・Ruggedized version available

・Quad PowerPC™ 7447A/7448 processors at up to 1.25 GHz ・64 Kbytes L1 and 1 Mbyte (7448) L2 internal caches operating at core processor speed ・Up to 512 Mbytes DDR-250 SDRAM with ECC per processor (2 Gbytes total) ・256 Mbytes Flash with write protection ・128 Kbytes NVRAM ・QuadFlow architecture with 3.2 GB/s peak on-board throughput ・Each processor has Gbe connection to on-board GbE switch ・Two ports from GbE switch routed to backplane ・VME interface with 2eSST support ・Support for two 64-bit, 100 MHz PCI-X mezzanine modules (PMC-X) ・Four EIA-232 serial ports, one per processor node ・Support for StarFabric PMC modules with differential routing to backplane ・Multi-board synchronous timer ・Eight discrete LVTTL I/O signals, 2 selectable as interrupt inputs ・VxWorks® 6.x & 5.x BSPs ・Linux SDK from Curtiss-Wright (2.6 kernel) ・Green Hills INTEGRITY® BSP ・IPC inter-processor communications library ・Gedae graphical development environment support ・Continuum Vector optimized AltiVec DSP function library with VSIPL support ・Range of air and conduction-cooled ruggedization levels available

12-port Gigabit Ethernet switch Supports 8-port 10/100/1000Base-T plus 4 ports 1000Base-X (SerDes) Various port combinations supported for PMC and XMC mezzanine sites Non-blocking line-speed Ethernet switching Supports jumbo packets up to 9K bytes IEEE 802.3 compliant Managed Layer-2 features include VLAN, L2 multicast, QoS services Support for port mirroring and link aggregation Flexible I/O on Pn4 and Pn6 XMC or PMC with Pn4 I/O supports 8 ports Base-T-- XMC with Pn6 I/O supports 5 ports Base-T or 3 ports Base-T plus 4 ports Base-X (SerDes) XMC with Pn4/Pn6 I/O supports 8 ports Base-T on Pn4 plus 4 ports Base-X (SerDes) on Pn6 No software required, only power and I/O from basecard Range of air and conduction-cooled ruggedization levels available

・Quad PowerPC 8640/8640D processors at up to 1.0GHz ・Up to 1 GB DDR2 SDRAM with ECC per processor ・Each processor has dual 64-bit memory banks ・VPX-REDI format (1" pitch) with 4 Serial RapidIO ports on P1 connector and option for one PCI Express port ・512Mbytes Flash with write-protection ・128 Kbytes NVRAM ・One XMC site supporting PCI Express ・Gigabit Ethernet to all processors with on-board switch ・VxWorks 6.x BSP and Driver Suite supporting Workbench 2.x IDE ・IPC inter-processor communications library ・Continuum Vector DSP function library with VSIPL support ・Continuum Software Architecture (CSA) firmware providing a comprehensive suite of system debug, exerciser, and update functions, BIT, and non-volatile memory sanitization function ・Designed for military harsh-environment applications, both air- and conduction-cooled

・Rackmount or optional mount configurations ・Available with VME64x, cPCI, VPX, or hybrid backplanes ・Card cages from 3U to 9U in size ・Subracks from 1-21 slots

・High throughput, low latency communications. Concurrent data movement and processing for maximum application performance. ・Inter-board or intra-board transfers transparent to the application. Independent of hardware and operating system* ・Seamless scalable from a single processor to multi-core and multiprocessor systems ・Enables control over core affinity in multi-core SMP architectures ・Integrated within the AXIS Advanced Multiprocessor Integrated Software environment ・Supports the latest GE embedded multiprocessing products, SBC products and switched fabrics ・InfiniBand and RDMA over 10GbE enabled ・Supports generic x86 and PowerPC based platforms running VxWorks, Linux or Windows allowing early development and system modelling

・Full range of sizes from 3U x160 mm and 6U x 160 mm to 9U x 400 mm Compatible with VME, VXI, VME64x, OpenVPX and CompactPCI (cPCI) ・Silver-filled elastomeric EMI gaskets eliminate problems associated with competitive metal gaskets (i.e. no sharp edges, no snags) ・Air dams may be located on the upper or lower edges, blocking the airflow in and out of the empty slot ・Front panels provide the system with an EMI seal (VME64x, OpenVPX and CompactPCI® versions) as well as a finished appearance and easy maintenance ・Contain provisions for mounting internal hard drives

・Radically new video architecture ・Multi-target track engine ・High definition and digital sensor support ・Minimized operator workload ・Reduced integration time ・Rugged embedded design available in standard and custom form factors ・Low size, weight and power for use in turrets and unmanned vehicles ・Feature co-processor for advanced symbology and system management ・Upgrade path for new features and performance enhancements