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
We’re pleased to announce the release of MT- FIMMPROP, the new additional module to FIMMPROP that expands the use of our market leading EigenMode Expansion method into a new domain of waveguide devices.
MT-FIMMPROP’s fully schematic environment allows users to see devices as they would appear on chip. this means MT-FIMMPROP now combines the function of 3 traditional photonics design tools into one - a component simulator, a circuit simulator and a layout tool with GDS-II generation/export
The results of MT-FIMMPROP’s simulations are now displayed on the geometry of the device giving a more visual opportunity to examine the behaviour of devices for iterative design workflows.
MT-FIMMPROP allows users to define computational regions that can span coupling regions or conform to the shape of arbitrarily defined paths. This allows multiple simulations to be combined natively.
Bi-directional optical propagation tool
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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