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Advances in automotive design have been propelled by dramatic increases in electronic systems content. Numerous electronic systems must communicate with each other over a complex network which often contains multiple communication protocols, such as CAN, LIN, and FlexRay standards. These complexities add significant challenges to verifying the physical network layer.
With a traditional prototyping approach it is impossible to build enough prototypes to adequately test even the most important variations of a network design. Virtual prototyping through simulation has become the proven solution for verifying data network reliability. Saber provides the comprehensive simulation and analyses capabilities needed to apply Robust Design methodologies to in-vehicle networks and ensure reliability.
- Saber Advantages
- Verify network concepts and topologies early in the development cycle
- Analyze specific network variants (minimum vs. maximum number of ECUs)
- Save time and eliminate errors with industry proven in-vehicle network libraries
- Include wire characteristics to analyze possible topology extensions
- Enable design portability using industry standard VHDL-AMS and MAST languages
- Maximize reliability with advanced sensitivity, statistical, and fault analyses
- Increase analysis throughput with distributed simulations across multiple CPUs
- Applications
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