OptoDesigner photonic simulation modules support both waveguide cross-sections (mode solvers, multi-physics solvers) and full top-view layouts (propagation simulations). Mask layout and simulations are tightly integrated; for example, a slice through a mask can be passed to a process flow visualizer and from there to a mode solver on the calculated local cross-section. In addition, propagation simulations can be done on a part of a mask layout. Different propagation algorithms can be mixed and matched in one single simulation run for optimal simulation speed and accuracy.
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Simulation Modules
Mode Simulations
Available mode simulation modules:
Advanced Mode Solver Module
Calculates the electromagnetic eigenmodes and propagation constants of optical waveguides using the Film Mode Matching (FMM) and Finite Differences (FD) methods
Learn MoreStress-Optic Simulation Module
Calculates the stress and strain due to processing temperatures on the materials in the waveguide cross-section, and their influence on the modal propagation constants
Learn More3D Ring Resonator Module
Calculates coupled mode interactions between waveguides in close proximity, which can be straight, circular bends, or arbitrary shapes
Learn MoreThermo- and Electro-Optic Simulation Module
Calculates thermal or static electrical profiles and their effects on the model propagation constants of waveguides
Learn MorePropagation Simulations
OptoDesigner propagation simulation modules combine powerful simulations with next-generation design capabilities. They provide powerful simulation algorithms including 2D/3D BPM (Beam Propagation Method), 2D BEP (Bidirectional Eigenmode Propagation), and 2D FDTD (Finite-Difference Time-Domain).
Synopsys’ proprietary Zone Technology integrates optical simulations with parametric chip and mask layouts, allowing designers to simulate parts of a complete design in one simulation run, rather than simulating an adapted design or simulating in multiple runs. The Flexible Algorithm Selection Technology (FAST) combines simulation algorithms in a single run.
Available propagation simulation modules:
2D Eigenmode Expansion Simulations Module
Performs bidirectional propagation of light by means of eigenmode analysis
Learn More2D FDTD Simulations Module
Simulates fully time-dependent propagation in smaller structures
Learn MoreZone and FAST Module
Selects sections of a mask on which to apply propagation algorithms and supports mixing and matching of algorithms for maximum efficiency
Learn MoreProcess Flow Visualization
Process Flow Visualization is a powerful tool inside OptoDesigner visualize the entire PIC process flow using schematic cross-sections.