Running Lumerical simulations
Starting with 2023 R2, you can run FDTD simulations on supported NVidia GPU. See the "Getting started with running FDTD on GPU" page below for details.
- Accessing GPU results
- Running GPU simulations
- Resource configuration for multi-node multi-GPU simulations
- Resource configuration for single node GPU simulations
- Checking GPU streaming multiprocessor count
- Persistent License Checkout
- Ansys Engineering Copilot
- Running simulations using the Windows command prompt
- Running simulations using terminal on Linux
- Running simulations with MPI on Linux
- Intel MPI Configuration for Remote Simulations
- Running FDTD simulations from the design environment
- Running RCWA simulations from the design environment
- Compute resource configuration use cases
- Resource configuration elements and controls
- Getting started with running FDTD on GPU
- RCWA Resource Configuration
- Ansys optics solve, accelerator, and Ansys HPC license consumption
- Using solve licenses with FDTD and MODE
- Using solve licenses with INTERCONNECT
- Lumerical startup scripts overview
- FDTD Performance Benchmarks
- Running script in safe mode
- EME Performance Benchmarks
- Changing the number of threads to run INTERCONNECT
- How to run Lumerical API scripts from terminal in Linux
- How to configure Intel MPI on Windows on the local computer
- Configuring resources for parallel jobs across several computers
- Run simulations in parallel on local or remote machines
- How to run simulations in the background