EMAG for HPC

Electromagnetic Simulation Driven by High Performance Computing

Optimize Electromagnetic Simulations with High-Speed Compute Resources

Accelerate your electromagnetic simulations across low and high frequency domains with HPC resources built for motor, RF, and EMI/EMC design—from a team that supports complex physics daily.

What is the value of HPC for Electromagnetic Analysis?

Corvid HPC delivers scalable, high-memory CPU and GPU infrastructure purpose-built for electromagnetic simulation. Whether you're optimizing motor torque profiles, running broadband RF sweeps, or simulating lightning strike survivability, our HPC platform reduces solve time and enables higher-fidelity modeling. Engineers can explore more design variations and capture complex physics while freeing up local workstations for pre/post work or other projects.

Applications of Electromagnetic Simulation

Supported Electromagnetic Tools

Corvid HPC accelerates low-frequency EM simulations with Ansys Maxwell software—ideal for rotating machinery, transformers, actuators, and electromechanical systems. Run 2D and 3D transient simulations faster and sweep through more design points using HPC-enabled parametric studies.Corvid HPC accelerates low-frequency EM simulations with Ansys Maxwell—ideal for rotating machinery, transformers, actuators, and electromechanical systems. Run 2D and 3D transient simulations faster and sweep through more design points using HPC-enabled parametric studies.

  • Native GUI and Workbench integration supported for direct submission

  • Scalable transient, magnetostatic, and harmonic solve workflows

  • Perfect for electric machine optimization and core loss studies

Unlock full-wave RF simulation performance with HFSS software on Corvid HPC. Engineers working on antenna, waveguide, and RF system design benefit from faster broadband frequency sweeps and high-fidelity S-parameter modeling with HFSS software.

  • Remote solve manager and GUI access

  • Supports scripting and parametric automation

  • Ideal for phased arrays, radar, filters, and signal integrity

Dassault CST Studio Suite

Corvid HPC supports CST’s comprehensive solver suite—from time-domain FDTD to frequency-domain hybrid methods—making it ideal for multiphysics RF simulation, signal integrity, and EMI analysis.

  • Remote GUI workflow or batch mode execution

  • Hybrid solver support for electrically large and complex models

  • Accelerates workflow across aerospace, telecom, and medical devices

FEKO

Simulate platform-based RF systems, RCS, and antenna placement with FEKO on Corvid HPC. Full-wave and asymptotic solvers run at scale, supporting everything from near-field coupling to far-field scattering.

  • GUI or CLI job submission

  • Perfect for vehicle, satellite, and aircraft antenna siting

  • Supports optimization workflows and hybrid solver chaining

JMAG

Corvid HPC helps electric machine designers using JMAG run larger, more complex simulations—faster. Model detailed 3D geometry, thermal coupling, and control-integrated behavior for EV motors, generators, and inductive systems.

  • Direct or scripted batch submission supported

  • Enables full design space sweeps and system-level co-simulation

  • Reduces turnaround time for transient and harmonic analyses

Simulate electromagnetic interference, compatibility, and lightning strike effects with EMA3D software on Corvid HPC. As part of Ansys’s EMC and Charge Plus offerings, these tools model aircraft-level cable harness behavior, ground strikes, and internal coupling.

  • Designed for lightning attachment, HIRF, and indirect effects analysis

  • Supports large-scale, full-aircraft EMC simulations

  • Ideal for A&D certification workflows requiring DO-160, MIL-STD-461, or RTCA compliance

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