Reliable vehicle operation depends on successful integration and verification of all drivetrain component interactions under varying operational and environmental conditions. Given the extraordinary complex nature of hardware and software controls in drivetrain design, engineers use Robust Design methods to characterize and verify the interaction of mechatronic systems.Saber’s comprehensive modeling, simulation, and analysis capabilities are applied to improve system performance, reduce cost, and maximize reliability of these critical systems.

Saber Advantages

• Improve the complete design by analyzing at the system, sub-system, or vehicle level
• Save time and eliminate errors by using models from an industry proven components library
• Optimize cost, performance, and reliability with advanced stress, sensitivity, and statistical analyses
• Model complete mechatronic systems using industry standard VHDL-AMS and MAST languages
• Test the complete system earlier with hardware/software co-simulation
• Increase analysis throughput with distributed simulations across multiple CPUs

Applications

• Power Network
• In-Vehicle Network
• Powertrain & HEV/EV
• Wire Harness