Backplane design
1 through 8 of 8 articles found
VMEbus SystemsOctober 2006
Justin Moll (Elma Bustronic) Summary:
An overview of backplane architecture evolution and today's market, focusing on VITA- and PICMG-based architectures. VMEbus SystemsJune 2004
Justin Moll (Elma Bustronic Corp.) Summary:
This article discusses VME's continuing advancement, and the new technological developments in VME. VMEbus SystemsApril 2003
Justin Moll (Bustronic/Elma) Summary:
This article discusses the return of the VME which is going to be a hot market. VMEbus SystemsOctober 2002
Summary:This article discusses the many new and existing design challenges and VME backplanes and accessories that make life easy for today's designers. The VMEbus continues to show its temerity and appears to be on a growth... [ read more] VMEbus SystemsAugust 2001
Melissa Heckman (AZ Digital) Summary:
Although RapidIO, StarFabric, and cPSB are on the horizon as future VMEbus system options, the VME320 backplane is a currently available, proven upgrade path that greatly improves VMEbus system performance. VMEbus SystemsOctober 1999
Drew Berding (Arizona Digital ) Summary:The words ìinnovationî and ìbackplaneî are rarely used in the same sentence. In fact, some engineers assume that all that is needed to verify the functionality of a backplane is an ohmmeter. As long as there is a good el... [ read more] VMEbus SystemsOctober 1999
Glen Singer (Dawn VME Products) Summary:Historically, VMEbus systems have been built with 10 to 15 plug-in boards. However, todayís much higher levels of chip functionality, and smaller chip packaging, are allowing VMEbus processor boards to accommodate many o... [ read more] VMEbus SystemsFebruary 1999
Barry Burnsides (Dawn VME) Summary:Many VMEbus users have encountered backplanes designed with ìpressfitî technology, and have wondered whether this technology is as reliable as traditional, soldered backplanes. In this article, Barry and Glen describe wh... [ read more]
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