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Why Simcenter Simlab?

Simcenter Simlab is a process-driven multiphysics simulation environment that accelerates analysis across structural, thermal, electromagnetic, and fluid domains.

Designed for complex assemblies, the software drastically reduces the time spent building finite element models and interpreting results. Automated workflows, direct CAD integration, and scalable solvers enable simulation directly on updated geometry.

a software interface showing a circuit board with a heat map visualization of thermal stress or displacement, indicated by a color gradient from blue to red.

Connect CAD seamlessly

Accelerate the design process by keeping simulations aligned with geometry modifications, part variants, and assembly updates that instantly sync changes through seamless CAD coupling.

Automate at high-level

Speed up simulation preparation with intelligent feature recognition, reusable automation templates, guided workflows, and an intuitive user experience that reduces manual steps without sacrificing control.

Electronic System Design made simple

Seamlessly perform accurate linear and nonlinear structural, thermal, and computational fluid dynamics analyses locally or in the cloud.

Featured capabilities

Streamline workflows

Eliminate manual tasks like solid meshing, model setup, solver execution, and post-processing. Deliver consistent, repeatable results with streamlined simulation workflows.

A circuit board assembly is shown with a thermal heat map overlay, displaying temperature variations with a gradient from blue (coolest) to red (hottest) across its components.

Automate design optimization

Utilize built-in automation tools to simplify simulation setup, including design of experiments (DOE) and optimization tasks. Easily monitor results and convergence to accelerate early-stage design.

A software interface displays a catalog of motor part designs, showing various "outer slot" configurations as small images, with a larger detailed view of one selected design and its properties in the adjacent panels.

Leverage advanced solver compatibility

Leverage an easy-to-use interface to prepare and analyze simulations across different solvers, making it easier to switch between various tools.

A cutaway view of a mechanical component, possibly a gearbox or differential housing, shows an internal meshed structure with a color gradient from blue to red.

Discover how others use Simcenter Simlab

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Simcenter Simlab for enhanced chip and 3D IC reliability

Simcenter Electronic System Design (ESD) solution simplifies and accelerates the design of integrated circuits (ICs) and 3D packages using a unified process built around a 3D digital twin. With Simcenter Simlab, engineers can explore different chiplet layouts, analyze power and cooling performance and spot thermal hotspots early in the design phase.

A glowing blue circuit board features a central microchip with visible internal components and several layered, translucent chip dies lifting from its surface, set against a backdrop of illuminated circuit traces.

Simcenter Simlab for PCB and electronic packaging analysis

Simcenter Simab provides robust workflows for PCB-level analysis, including mechanical, thermal and fatigue evaluations. Work directly from ECAD and optimize packaging designs.

Use cases:

  • Detailed, homogenized and hybrid PCB modeling
  • ECAD-to-simulation workflows
  • Trace mapping and material property automation
  • Thermo-mechanical warpage and shock analysis
An expanded view of a circuit board assembly shows the top layer with mounted components and four underlying layers with glowing blue traces, illustrating the intricate internal structure of the PCB.

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