📄️ FDE Solver
Solver Physics: The FDE solver employs finite-difference techniques to compute the spatial characteristics and frequency dependence of modes. By solving the Maxwell's equations on a cross-sectional mesh of the waveguide, the solver determines the mode field profiles, effective index, and loss values.
📄️ FDTD Solver
Solver Physics: The numerical method of computational electrodynamics that provides approximate solutions to the system of Maxwell's equations is known as Finite-Difference Time-Domain (FDTD). It is also referred to as Yee's method, named after Kane S. Yee, a Chinese-American applied mathematician. As a time-domain method, FDTD handles nonlinear material properties in a rather natural way and can cover a wide frequency range by running only a single simulation.
📄️ EME Solver
Solver Physics
📄️ DDM Solver
Solver Physics: