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1 through 15 of 28 articles found VME and Critical Systems Winter 2007 Packaging innovation continues to push the limitsSummary: VME and Critical Systems October 2007 Packaging innovation continues to push the limitsSummary: VME and Critical Systems August 2007 Future Combat Systems to field Network Attached StorageSummary: VME and Critical Systems June 2007 Physical layer switches ready for deploymentJohn Wemekamp (Curtiss-Wright Controls Embedded Computing Group) Summary: The next generations of PLS appear set to make the transition from the development laboratory to deployment in many types of military applications, from the benign command centerís SAN to the harshest environment critica... [read more] VME and Critical Systems April 2007 Open source is the future for software development platformsJohn Wemekamp (Curtiss-Wright Controls Embedded Computing Group) Summary: The use of an open source development platform ensures wide industry support and the longevity that is so essential to the long-term evolution, support, and maintenance demanded by military end users. VME and Critical Systems February 2007 Next-generation single board computers reveal the potential of the new VPX standardJohn Wemekamp (Curtiss-Wright Controls Embedded Computing Group) Summary: Using middleware bridges the gap between generations of fabric and SBC architecture, easing the migration of applications from existing VME implementations with limited fabric and I/O support to new generations of highly... [read more] VME and Critical Systems December 2006 Line replaceable modules to drive new standardsJohn Wemekamp (Curtiss-Wright Controls Embedded Computing Group) Summary: Line replaceable modules to drive new standards, With its roots in the dynamic personal computer (PC), rugged Euro-Card, and legacy VXI markets, the PXI specification is providing the guidance for a new generation of hig... [read more] VME and Critical Systems October 2006 FPGA adoption for sensors is here today: Reconfigurable computing still waits in the wingsSummary: FPGAs have been heralded as the key to the realization of flexible, high-performance computing, but their promise has been slower than expected in reaching deployable status in military applications. Despite COTS vendors... [read more] VME and Critical Systems August 2006 Mission-critical, solid-state storageSummary: Military applications span the complete spectrum of capacity and performance offered by todayís high-density flash devices from mission data loaders, storage for application code, and virtual memory operating systems thr... [read more] VME and Critical Systems June 2006 Semiconductor processing outstrips processor architectureSummary: VME and Critical Systems April 2006 Time to be thinking about middlewareSummary: VME and Critical Systems February 2006 Adopting COTS assemblies in safety-critical applicationsSummary: VME and Critical Systems December 2005 Choosing between centralized and distributed switchingSummary: VME and Critical Systems October 2005 Physical layer switching, the perfect complement to switched fabricsSummary: VME and Critical Systems August 2005 JPEG2000, the ideal standard for digital video distributionJohn Wemekamp (Curtiss-Wright Controls Embedded Computing Group) Summary:
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