We’ll be joining our local partner Figles at FEINDEF, Spain’s international trade fair for defense and security.
|Product Name||Form Factor||Memory||Mezzanine||AXIS Support||Ruggedization||Other|
|DSP282A Dual Quad Core Multiprocessor||VPX 6U||32 GB||None||Yes||Level 1-3 Air Cooled|
|NETernity SWE540A||VPX 6U||Yes||Level 1-5 Air, Conduction Cooled|
|NETernity™ SWE440A||VPX 3U||Yes||Level 1-5 Air, Conduction Cooled|
|SBC627 6U OpenVPX SBC||VPX 6U||2x PMC/XMC||Yes||Level 1-5 Air, Conduction Cooled||Up to 64 GB (2x 32 GB) NAND Flash|
|VP868 FPGA Card||VPX 6U||36 GB DDR3 SDRAM with ECC||2x HSPC/FMC+|
MULTIPROCESSING products that are No Longer Recomended or Discontinued see below.
|IPN252 6U OpenVPX GPGPU Multiprocessor||
Multiprocessors deliver exceptional performance, reduce network-dependence, expand sensor capability, and minimize time-to-market
High performance, VXS switched fabric-enabled, Power Architecture-based multi-core processor for VXS applications.
The DSP230 8640D 6U VPX multiprocessor supports concurrent, any node to any node, data movement over PCIe and Serial RapidIO and Gigabit Ethernet via onboard switched fabric
DSP280 provides more sensor data at higher resolutions in shorter time, delivering better information and providing activity-based intelligence.
Supports customer programs that need to maintain current Power Architecture multiprocessor platforms based on first generation 74xx processors.
G4DSP-XD3 incorporates four MPC7447A/7448 compute nodes to provide the large processing performance needed for rugged mil/aero applications.
The IPN250 enables video and image processing applications to run in rugged environments with GPU and CPU technology.
|IPN251 Intel/NVIDIA Multiprocessor||
The IPN251 combines the best of GPU and CPU processing technology to deliver outstanding computing performance.
NEXUS Forte Multiprocessor PowerPC solution provides a consistent hardware and software platform for use from benign lab applications to extreme rugged deployment environments.
NEXUS I provides a dual CPU VME multiprocessor using Freescale MPC7447A CPU's at 1.0 GHz or MPC7448 CPU's at up to 1.4 GHz.
The NEXUS Quattro is a quad CPU distributed (asymmetric) memory multiprocessor featuring Freescale 7447A CPU's at 1.1 GHz or 7448 CPU's running at up to 1.4 GHz & the latest Marvell Discovery III bridge.
Dual NVIDIA® CUDA™-enabled processors for creating rugged computers with potential performance in the thousands of gigaFLOPS.
|TS-104-3001||TS-104-3001 - TS-Series architecture integrated with our Wave FPGA Tool Kit software and the Altera Software development environment provide a platform for easy application development.|
|TS-CPCI-8001||The TS-6U cPCI A80 is an advanced, CompactPCI-based FPGA processor solution targeted at military & commercial high performance computing applications.|
|TS-FX-2501||TS-FX-2501 - The TS-Series platform is designed in conjunction with the expansion module.|
|TS-FX-4001||The TS-Series of FPGA expansion modules expand the power of TS-PCI processor.|
|TS-FX2||TS-FX2 FPGA Expansion Modules, combined with the TS-Series of host boards, delivers power and flexibility to applications.|
|TS-PCI A40||TS-PCI A40 highest performance PCI based FPGA processor for COTS and OEM applications.|
|TS-PCI-2501||TS-PCI A25 FPGA computing platform provides today's highest throughput DSP performance available on standard PCs.|
|TS-PMC-4001||The TS-PMC A40 is an FPGA processor solution targeted at high performance military and commercial computing applications.|
|VQG4 PowerPC VME||
With a proven list of deployed signal processing applications, PMC support and optional configurations, the VQG4 addresses VME signal, image and real-time processing needs while remaining compliant with legacy VME installations, in power, cooling and inte
XMCV5 rugged XMC Virtex-5 processor with QDR2 & DDR2 memory with Virtex-5 FXT with build options for SXT and LXT for demanding defense and aerospace applications.
Combining open systems architectures with leading commercial and GPGPU processors delivers the performance, scalability and interoperability your most demanding applications need.