Introducing Harold
Design a variety of multi-layer graded epitaxy lasers with simulations that account for a large (and growing) number of physical effects. Find a cross section’s gain spectra and export to companion tool PICWave for full 3D time domain laser / amplifier simulations.
From 1D Epitaxy...
Deploy our growing database of materials to build epitaxy structures with multiple quantum wells / dots or add your own experimental data to define your epitaxy structure.
From 1D Epitaxy...
...To 2D Simulations...
Deploy Harold simulations in 2D both along the direction of propagation (1D +Z) or examining the optical, electrical, and thermal physics in the cross section (Harold XY).
...To 2D Simulations...
...To 3D Laser Devices
Export gain and absorption spectra results to our companion time domain circuit simulator PICWave to build 3D devices such as modulators, amplifiers, and laser diodes.
...To 3D Laser DevicesExpansions to Harold
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.
VCSEL Module
Optical, electrical, and thermal simulations in a single environment; see the results when Photon Design combines decades of experience in two of our areas of expertise.
VCSEL Module
QCSE Module
Run reverse bias simulations taking into account the Quantum Confined Stark Effect used for Electro-Absorption Modulators (EAM), Electro Refractive Modulators (ERM), and saturable absorbers in mode-locked lasers.
QCSE Module
Quantum Dot Module
Optical, electrical, and thermal simulations in a single environment; see the results when Photon Design combines decades of experience in two of our areas of expertise.
Quantum Dot ModuleFeature Highlights
VCSEL Module
Harold VCSEL 3-D Laser Module
Link to PICWave
Model the detailed physics of (multi) quantum well structures
Lets Get Started...
The best way to learn more is to talk with our experts and test out the software yourself