Model and analyze electromagnetic devices across 2D, skew and full 3D domains within a consistent environment. This flexibility helps engineers balance simulation speed and fidelity while addressing a wide range of design challenges.

Simulate complex electromagnetic behavior with built-in models covering magnetic, electric and thermal physics. Support static, steady-state AC and transient analyses, combined with circuit coupling and motion modeling for realistic system performance prediction.

Capture detailed physical effects including nonlinear and anisotropic materials, hysteresis, skin effect and proximity losses. Ensure accurate prediction of real-world operating conditions and improved reliability of simulation results.

Explore design variations efficiently using parametric studies and powerful linear and nonlinear solvers. Accelerate workflows with optimization methods and scalable HPC capabilities for faster evaluation of design alternatives.

Connect electromagnetic, thermal and system-level analyses within a unified workflow. Enable automated multiphysics optimization and leverage AI-assisted techniques to accelerate design exploration and support faster, data-driven engineering decisions.