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Comparing RapidIO and SAE AS6802- TTEthernet using Dynamic Timing and Power Simulation (Webinar)
This Webinar is over
Date | Jun 23, 2016 |
Time | 12:30 PM EDT |
Cost | Free |
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RapidIO and Time-Triggered Ethernet are used in many overlapping applications including Avionics. While TTEthernet has deterministic transfer delays, RapidiO provides extremely high data rates. Both standards provide significant flow control, priority based transfer, and virtual link mechanism. To select the right standard for the target application, you can review the 1000 page standard or set up different physical hardware configurations. Both are time-consuming, expensive and pertain to the test system alone.
In this Webinar, we run simulations of multiple target applications, workloads and network configurations for both standards. From these simulations, we review the results and discuss the relative merits. We used the RapidIO 3.1 standard and SAE AS 6802 specification respectively. During this webinar we will show the simulation setup, outputting results and interpreting them. We will use the fully validated VisualSim RapidIO and VisualSim TTEthernet modeling libraries for the modeling and simulation effort.
Takeways:
1. Learn the nuances of both standards
2. Learn a simulation-based methodology to compare different protocols
3. Interpret the latency, throughput and power consumption reports for multiple concurrent applications
In this Webinar, we run simulations of multiple target applications, workloads and network configurations for both standards. From these simulations, we review the results and discuss the relative merits. We used the RapidIO 3.1 standard and SAE AS 6802 specification respectively. During this webinar we will show the simulation setup, outputting results and interpreting them. We will use the fully validated VisualSim RapidIO and VisualSim TTEthernet modeling libraries for the modeling and simulation effort.
Takeways:
1. Learn the nuances of both standards
2. Learn a simulation-based methodology to compare different protocols
3. Interpret the latency, throughput and power consumption reports for multiple concurrent applications
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