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Exploring Integrated Modular Avionics (IMA) bus processing system
This Webinar is over| Date | May 29, 2014 |
| Time | 01:00 PM EDT |
| Cost | Free |
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Online
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In this webinar, we showcase our recent design work around the Integrated Modular Avionics architecture and analysis of VPX backplane bandwidth for various traffic data from flight instrumentation panel, sensors and control systems.
Modern IMA architectures pose many challenges in addressing the complex requirements such as high bandwidth backplane, optimal power consumption, high performance processing resources and extremely unreliable IO interfaces. Modeling of avionics cabinet that hosts multiple cords such as processor, graphics, IO and Power has become a choice to analyze backplane bandwidth. In this webinar, we showcase our recent design work around the IMA architecture and analysis of VPX backplane bandwidth considering various traffic data from flight instrumentation panel, sensors and control systems. We will discuss the modeling work, the analysis reports, system configuration and conclusions that lead us to address the difficulties and challenges around IMA.
Modern IMA architectures pose many challenges in addressing the complex requirements such as high bandwidth backplane, optimal power consumption, high performance processing resources and extremely unreliable IO interfaces. Modeling of avionics cabinet that hosts multiple cords such as processor, graphics, IO and Power has become a choice to analyze backplane bandwidth. In this webinar, we showcase our recent design work around the IMA architecture and analysis of VPX backplane bandwidth considering various traffic data from flight instrumentation panel, sensors and control systems. We will discuss the modeling work, the analysis reports, system configuration and conclusions that lead us to address the difficulties and challenges around IMA.
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