EmWorks Workstations Recommended Best Configurations by @Xi Computers

EMWorks provides high-performance electromagnetic simulation software for electrical and electronics design with advanced multiphysics capabilities. This suite offers 3D and 2D simulation software available as integrated add-in tools for SOLIDWORKS and Autodesk Inventor.

During core modeling and design activities, the software relies primarily on single-threaded performance rather than utilizing many CPU cores simultaneously. Consequently, the best performance for these specific tasks is achieved by prioritizing the fastest top core speed. The Intel Core Ultra 7 and Ultra 9 processors are preferred over Xeon CPUs because they deliver a superior performance-to-price ratio. When transitioning to full simulation and mesh generation, the software takes full advantage of multiple cores and hyper-threading capabilities. The Ultra 7 currently represents the optimal hardware value by featuring 8 Performance-cores and 8 Efficient-cores paired with a high Turbo Boost clock spread. To maximize these capabilities, specialized workstations provide professionally overclocked processor versions that favor either an absolute top core or all cores running at higher frequencies to deliver an optimal, balanced design and simulation experience. Graphics and storage configurations are also vital for maintaining an efficient workflow. EMWorks supports NVIDIA RTX Professional Graphics and GeForce RTX video cards to provide an excellent balance of performance and cost efficiency, utilizing architectures optimized for both OpenGL and DirectX. Custom workstations fully support both the professional RTX and consumer GeForce RTX lineups for simulation acceleration. For storage, Solid state drives are mandatory, and fast NVMe M.2 drives are highly recommended when dealing with large drawings and complex geometric files. For enterprise budgets and hardware requirements that go beyond standard high-end configurations, AMD Threadripper PRO series and Intel Xeon processors can be custom quoted to build higher-capacity rendering and calculation nodes.