GloryPolaris is the highest-precision field solver in the GloryEX product series, based on the Finite Difference Method (FDM) to solve Maxwell’s equations.It is suitable for small-scale, high-precision simulation scenarios, such as the standard Structure A/B configurations in Interconnect Models. Using deterministic algorithms, its results serve as a golden standard for industry precision. GloryPolaris delivers high-precision parasitic extraction for both advanced and planar processes. It performs high-fidelity 3D modeling using foundry-provided silicon data, patterns, rules, and profiles, integrating process effects like BEOL, CMP and Etch-Loading to achieve simulation results highly consistent with actual manufacturing.
High-Precision Capacitance/Resistance Calculation:
Features an automated mesh and optimized solving methods to reduce single-core solving time and scope. Ideal for Cco-Cf modeling and interconnect model establishment with high SPICE model fidelity.
Process Effect and Model Library Simplification:
Includes comprehensive process effect and generic model structure libraries, automating input file generation for common interconnect structures to shorten modeling preparation time.
Flexible Syntax for Structural Definition:
Supports loops, conditional statements, and mathematical operations (arithmetic, exponential, logarithmic, trigonometric) in structure definition files. Boolean operations and priority settings simplify defining conductor-dielectric relationships.
GloryPolaris Viewer for Visualization:
A friendly GUI tool that reads input structure files to generate 3D models with 360° rotation, transparency adjustment, and cross-section views. It also displays potential distribution maps from solver results for real-time structure validation.
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