
Introducing FIMMPROP
Make use of market leading functionality with EigenMode Expansion simulations. Return 3D simulation results for passive PIC components and fiber geometries orders of magnitude faster than other popular simulation methods.

Pioneering EigenMode Expansion
Simulate a FULL 3D Ring Resonator in seconds. Read more how Photon Design has redefined what’s possible with our flagship EigenMode Expansion (EME) method.
Pioneering EigenMode Expansion
Why Not Just Use FDTD?
Your design cycle could be orders of magnitude faster by switching to EME. Read more about EME’s advantages such as increasing performance by exploiting symmetry, repetition, and periodicity.
Why Not Just Use FDTD?
Supporting the Complete Design Flow
From epitaxy, to component, to full Photonic Integrated Circuit, learn where FIMMPROP fits in your design flow and how Photon Design can support your team all the way to the fab.
Supporting the Complete Design FlowFeatured Examples
FIMMPROP is ideal for the modelling of optical propagation in structures with high refractive-index contrast, commonly found in silicon photonics and III-V integrated optics.

Silicon Photonics Modelling
Simulations with FIMMWAVE and FIMMPROP software
Silicon Photonics Modelling



Fiber Bragg Gratings
3D simulation of transmission and reflection spectra with FIMMPROP software
Fiber Bragg Gratings
Feature Highlights
Discover the modelling capabilities, performance and efficiency of FIMMPROP.
Lets Get Started...
The best way to learn more is to talk with our experts and test out the software yourself