Accelerate system-level design and validation for complex electro-mechanical systems.
Model and simulate multi-domain interactions—electrical, mechanical, thermal, hydraulic, and magnetic—while evaluating best- and worst-case behavior with SaberEXP, SaberRD, and SaberES Designer.
Your trusted
partner for multi-domain system simulation.
Synopsys Saber is a system simulation platform designed for multi-domain modeling and analysis. It allows engineers to build high-fidelity representations of real-world systems—capturing interactions between electronics, controls, and physical components—before hardware is built.
Using advanced behavioral modeling and robust solvers, Saber helps teams evaluate system performance, identify issues early, and optimize designs across a wide range of operating scenarios.
SaberRD
SaberEXP
Also available: SaberES Designer
With Synopsys Saber, teams can work across the full system development process in a more connected way. From circuit and system design to model characterization, simulation, testing, and reporting, Saber helps engineers evaluate performance earlier, refine designs faster, and better understand system behavior before physical prototypes are built.
Synopsys Saber includes several integrated tools that support different stages of system design and validation:
High-Speed Simulation for Power Electronics Design
SaberEXP is optimized for fast and accurate simulation of power electronics systems, making it ideal for designs with high-frequency switching behavior such as inverters, converters, and motor drives. Its advanced simulation engine handles complex switching events efficiently, allowing engineers to explore more design iterations in less time.
With support for detailed device modeling and real-world operating conditions, teams can evaluate efficiency, losses, thermal impacts, and control strategies early in development. SaberEXP enables rapid design exploration and optimization without sacrificing accuracy, helping reduce development cycles for power-dense systems.
Best For: Inverter design, DC-DC converters, motor drives, and high-frequency switching systems
Comprehensive Multi-Domain Design and Reliability Analysis
SaberRD provides a robust environment for modeling, simulating, and validating complex multi-domain systems at the system level. Engineers can combine electrical, mechanical, thermal, magnetic, and control elements into a single simulation to understand how subsystems interact under real operating conditions.
It includes advanced analysis capabilities such as worst-case analysis, Monte Carlo simulation, sensitivity analysis, and stress evaluation—helping teams assess reliability, identify design risks, and ensure performance across manufacturing variability and environmental conditions. SaberRD is ideal for validating system behavior before committing to hardware.
Best For: System-level validation, reliability engineering, tolerance analysis, and multi-domain system modeling
Electrical Systems and Wiring Harness Design
SaberES Designer enables engineers to design, document, and validate complex electrical systems and wiring architectures. It supports the creation of detailed schematics, wiring diagrams, and harness layouts, helping teams manage increasingly complex electrical distributions in modern products.
With integration into mechanical CAD environments, engineers can ensure alignment between electrical and physical system designs, reducing errors and improving collaboration across disciplines. SaberES Designer also supports design rule checks, system documentation, and downstream manufacturing processes, making it a critical tool for end-to-end electrical system development.
Best For: Wiring harness design, electrical architecture development, vehicle and aerospace systems, and CAD-integrated workflows
Synopsys Saber plays a critical role in system-level simulation workflows, complementing high-fidelity Ansys tools across electrification, power electronics, and multiphysics design:
This combined approach enables engineers to move seamlessly from system architecture → component-level physics → system validation, ensuring consistency across models, reducing late-stage surprises, and accelerating development of complex electro-mechanical systems.
SimuTech Group helps engineering teams deploy system simulation tools like Saber within broader multiphysics workflows. With decades of experience supporting complex simulation environments, we help organizations:
Connect with the SimuTech Group team to learn how Synopsys Saber can help your engineers design, validate, and optimize complex power electronics and multi-domain systems.
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