Unique Fast Ring Resonator Simulations (MT-FIMMPROP) Compared Alternatives in Recent White Paper
Faster than cloud computing achieved on a laptop for simulations of entire ring resonators
From designing components, to lasers, and even entire photonic integrated circuits. Find the right tool for your research.
Bi-directional optical propagation tool

The Laser Diode, SOA, and Photonic Integrated Circuit (PIC) Simulator

A powerful waveguide mode solver

Advanced Semiconductor Device Simulations for Active Photonics

Omni-directional photonic simulations

The WDM/DWDM model for AWGs and Echelle Gratings
A design optimization tool for photonic devices

I think the customizable computation region (not including empty areas in the simulation) is a killer feature of MT-FIMMPROP. I also very much enjoy being able to put together a relatively complex device that is fully parameterized with practically zero code. This allows me to focus on the proper parameterization scheme of a given device/circuit rather than on debugging code.


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Faster than cloud computing achieved on a laptop for simulations of entire ring resonators
New white paper results show Photon Design’s EME runs orders of magnitude faster than commonly used FDTD while producing the same results - EME is the goto method for photonics design.
High power lasers created with Harold using multi-junctions shown in latest Harold release
Use cases of simulations with Photon Design software. Explore the possibilities of our Photonics CAD tools.
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