FPGA Tutorial: Free 'Insider's Guide' (2009 Edition)
Altera? Xilinx? FPGA boards or design tools as from Altium or Mentor Graphics? What do users and newbies think about new FPGA technologies? Find out in our free tutorial on FPGAs, tools, and boards.

ARINC, MIL-STD-1553, AFDX Solutions by GE Fanuc Intelligent Platforms

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Themis TA64 High-Performance Low Power 64-Bit VME64x Computer
The TA64 expands the Themis 64-Bit VME64x product line with the new AMD® Turion™ 64 Processor. A TA64 system can be configured with either an 800MHz or 1.6GHz Processor, bringing 64-bit server levels of performance and connectivity to demanding VME64x applications. Well equipped with Gigabit Ethernet, USB, U320 SCSI, EIDE, Floppy, and PCI-X interfaces this computer brings high connectivity, VME64x, and Powerful 64-bit Processing to the VME64x market supporting all of the most popular 64-bit operating systems.
preview: http://www.themis.com  

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Themis TPPC64 High-Performance Multi-Processor VME64x Computer
The TPPC64 expands the Themis 64-Bit VME64x product line yet again, with IBM’s 970FX Superscalar RISC Processor. A TPPC64 can be configured with one or two 1.8GHz PowerPC 970FX Processors. The 970FX processor features VPX (AltiVec™ compatible) SIMD Vector Processing Units, bringing enterprise server class, 64-Bit RISC processing power and performance, to bandwidth intensive VME64x applications. Well equipped with multiple Gigabit Ethernet, USB, and Ultra320 SCSI interfaces this SBC brings high connectivity, VME64x, and Fast, Powerful Dual 64-bit Superscalar RISC Processing muscle to the VME market. I/O expansion is supported via the on-board 64-bit/133MHz PMC Slot, and I/O expansion carrier card options support additional 64-bit/ 66MHz PMC slots.
preview: http://www.themis.com  

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Themis USPIIIi High-Performance Multiprocessing VME Computers
Themis' USPIIIi™ is a new high-performance family of single- and dual-processor SPARC®-based VMEbus computers for military, telecommunications, and embedded processing applications. Featuring a new system architecture with 1.28 GHz UltraSPARC IIIi processors and dual 160-MB/s ultra-SCSI ports, the USPIIIi is designed to provide users the industry’s best data bandwidth, 2-way scalability, and server class I/O.
preview: http://www.themis.com  

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TP32 High-Performance VME64x Computer
Themis TC2D64T is a High-Performance IntelR CoreT 2 Duo-based VMEbus SBC The TC2D64 expands the Themis 64-bit board product line yet again, and is designed for a wide range of demanding applications...
preview: http://www.themis.com  

webinar    

Density Driven Design : A Collaborative Approach to Migrating to a Faster, Multicore Environment ...
In this webinar, you’ll learn how to disentangle all the information out there; Emerson Network Power will show how new multicore processor boards differ from the uniprocessors, using as an example the newest multicore Power Architecture VME processor board. Wind River Systems will discuss how taking advantage of multicore environments with SMP (symmetric multiprocessing) or AMP (asymmetric multiprocessing) capabilities can significantly...
preview: https://event.on24.com   date: 3/19/2008

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Exploring the mechanical aspects of VPX
VPX represents the future of VME. Eschewing the still-relevant 25 year old parallel bus backplane in favor of serial switched fabrics, VPX supports literally hundreds of user-defined I/O lines at speeds approaching 5 GHz. Also known as VITA 46, VPX has a companion specification called REDI (Ruggedization Enhanced Design Implementation, aka VITA 48). REDI is all about the mechanicals - 2-level maintenance, shielded card LRUs, cooling, and...
preview: https://event.on24.com   date: 9/10/2008

webinar    

VME VXS Systems: High-Value, Cost-Effective Solutions for Signal Processing Applications
SIGINT and ELINT systems rely on multi-processor embedded systems that often need to be deployed in front-line applications. Coupled with extreme processor demands are massive bandwidth requirements for moving data inter- and intra-system from sensors to processor modules to storage. The open-standard VXS architecture provides a way of constructing mesh computers and routing high bandwidth signals around these high-intensity systems. This...
preview: https://event.on24.com   date: 12/18/2007