Saber methodologies provide designers tools to reduce your safety lifecycle time and simulate interactions between multi-domain physical systems.
The top-down methodology employed in SaberES Designer for synthesis automation of system integration provides a platform for design and automation verification.
Saber Functional Safety can reduce your safety lifecycle time by replacing subjective safety analysis with rigorous simulation data.
Saber for mechatronic design and simulation provides powerful simulation tools with the ability to analyze and verify interactions between multiple physical domains.
Saber for Robust Design is an intuitive, integrated environment for designing and analyzing power electronic systems and multi-domain physical systems.
Synopsys Saber Partners and Interfaces integrate for comprehensive co-simulation and powerful PCB design, simulation, and analysis.
Synopsys' industry leading Saber design environment provides advanced analyses and comprehensive model libraries that enable the design of aerospace design applications.
Saber for automotive systems is used to design and verify the interaction of multiple technologies to reduce design cycle time and maximize performance and reliability.
Synopsys Virtual Prototyping use cases for software-driven verification, software development, integration, and test, and supply chain enablement.
Synopsys Virtual Prototyping benefits include powerful authoring and end-user tools, the largest portfolio of models, standard-based methodologies and expert services.