Dear users,
Thank you all for your attention and support to the SimWorks software. To further optimize the user experience and enhance the simulation quality, this software has been updated to version 2.4.0. The key updates this time are:
SimWorks Finite Difference Solutions Software Update
Dear Users,
To further enhance the user experience and improve simulation accuracy, the software has been updated to version 2.4.0. The key updates in this release include:

• New FDCT (Finite Difference Carrier Transport) solver: Based on the drift-diffusion model, it precisely simulates the electrical characteristics of semiconductor devices by solving the Poisson equation and the carrier continuity equation.
• FDTD Coordinate transformation for automatic parallel direction adaptation: By intelligently selecting the data exchange reference plane, it enables automatic adaptation of simulation tasks to the optimal parallel region, thereby enhancing the speed of parallel computing.
• New feature: Automatic backup of project files at critical time points: Enabled by default to prevent data loss in case of anomalies. Backup files can be found in the default backup folder. These backup files will only be automatically deleted when the software is closed normally.
• The refractive Index monitor adds the Calculate Index function: Invoke the solver engine for meshing to generate a refractive index distribution consistent with the simulation.
• Strengthen control flow grammar:if/while/for command support in the flow of control of the class C language syntax format. The {} symbol can be used as the start/end symbol of the control flow.
• Optimize the software's saving speed for engineering files: The post-processing efficiency of the software and the speed of project saving have been comprehensively optimized. The speed has increased by approximately 600% in 4GB projects, and the improvement is even more significant for medium and small-sized projects.
• The FDFD/FDCT solver supports Remote MPI parallel computing: Users can invoke and execute simulation tasks directly on the remote host by configuring the MPI environment.
• Scanning optimization tasks and 'RunJobs' tasks support task-level multi-resource node parallel computing: Users can flexibly invoke multiple computing resources in the same simulation workflow and synchronously execute multiple scanning or optimization tasks, significantly enhancing simulation efficiency.

Complete update content see - Release Notes, Welcome users to download to use - Customer Downloads!
Shandong Guangfang Software Company has been deeply engaged in the development of optical simulation software for many years, committed to providing more professional and efficient simulation services. Once again, we thank you all for your attention and look forward to your feedback and valuable suggestions!