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Fiber Optics System Simulation Software:
Free Optics
- A set of Matlab and Simulink codes for photonics devices and
optical
communication systems simulations** Author - Andrés A. Rieznik and team.
SIMFOCS
- Simulation of Fiber-Optic Communication Systems** Author - Siegfried
Geckeler
LIGHTSIM / PC-SIMFO
- LIGHTwave
Communication Systems SIMulator - Demo version - Author - S.M. Rossi
and E. Moschim
PHOTOSS - The Photonic
System Simulator
Optsim & Linksim
- Design and
simulation software for optical communication systems
ModeSYS -
Design, analysis, and
simulation of multimode communication systems
VPI TransmissionMaker
- Photonic
Design and Simulation Software
Optical Fiber Software:
Fiber
Analysis
- A Optical fiber analysis program for arbitrary profile** Author - Shangping guo
Fiber
Modes - A BPM based fiber mode analysis program** Author - Pao-Lo Liu
Photon
Club - This is a java applet for computing Optical modes in an
elliptical
fiber**
SSprop
-
Split-Step Fourier Software for solving nonlinear Schroedinger
equation, which
describes the propagation of optical signals in dispersive, nonlinear
media**
Author - Thomas E. Murphy
TFmodes
- Dispersion characteristics of the tapered fibers**
OptiFiber & Fiber CAD - Optical Fiber Design
Software
FOMS - Fiber
Optical Mode Solver
Dispersion
- Calculate the Refractive index of materials using Sellmeier
equation** Author
- Henri P. Uranus
Fiber
- On line optical fiber design software that solves for complex fiber
modes in
circularly symmetric fibers of any arbitrary index profile with loss or
gain in
any layer**
Optical Mode solvers[Top]
Optical
waveguide resources website - An website dedicated for Optical
waveguide modelling with extensive resources.
Mode solvers 2D
& 3D - Modelling of optical waveguides and microring resonators.
ModeSolver
-
Matlab functions used to implement a full-vector and semi vectorial
finite-difference optical mode solver** Author - Thomas E. Murphy
TMM
Mode Solver
Anisotropic
TMM Mode Solver - Matlab based Transfer Matrix Method mode solvers
for
planar optical waveguides** Author - Henri P. Uranus
OedCad**
- Various free optical softwares including
Effective refractive index calculation
For three layer planar waveguide
For four layer planar waveguide
For diffusion waveguide
Waveguide mode solving
For two-dimension waveguide
For three-dimension waveguide
Waveguide configuration compilation tool
2D Waveguide editor
3D Waveguide editor
BPM simulation
For two-dimension waveguide
For three-dimension waveguide
Optoelectronic Integrate Circuit Analysis etc
FreeBPM
- Beam propagation simulation for designing a 2D layout of waveguides
and
simulation of the propagation of light through the waveguide
configuration**
Modeig98
WAVEGUIDE
- optical waveguide modeling programs**
Light
Numerical
Recipes - C++ library consists of algorithms applied to light
propagation
into waveguide devices**
Beam propagation algorithms
Mode solvers
Mode coupling
Utility algorithms
LIGHTS - On line
Optical Simulation
Software**
Tools
2-D Finite Difference Time Domain Simulation
3-D Optical Beam Propagation Method
1-D Optical Waveguide Mode Solver
2-D Optical Waveguide Mode Solver
Transfer Matrix Method
2D-Beam Propagation Method
DFB
DFB-Gain Margin
LightPipes
- a Beam
propagation toolbox for Unix and DOS**
MaX-1
- Computational
Optics tool
WMM
-
Wave matching method for mode analysis of dielectric waveguides**
Metric
- Mode
expansion tools for 2D rectangular integrated optical circuits**
OMS
- On line
1-D multilayer slab waveguide mode solver **
EIMS -
On
line 2-D multilayer waveguide mode solver effective index
approximation**
BeamPROP - CAD
and simulation program
for the design of integrated and fiber-optic waveguide devices and
circuits
BPM CAD - Waveguide
optics modeling
software
Semiconductor LASER Softwares and Utilities[Top]
VISTAS (VCSEL Integrated
Spatio-Temporal
Advanced Simulator)** - A 2D, multimode, time-domain, VCSEL Model,
written
in Matlab. It Comes in three different packages. A
Verilog-A
version is also available. Author - Marc Jungo
VISTAS basic:
basic algorithm for computing the dynamic behavior of VCSEL cavities,
with
detailed description of the interactions between the inhomogeneous
carrier and
field distributions. A mode solver (LP modes) is included in the
package.
VISTAS advanced:
same as VISTAS basic, plus noise, phase, feedback (external cavity),
far-field
transformation and fiber coupling computation.
VISTAS expert:
same as VISTAS advanced, plus thermal model, electrical parasitics, and
longitudinal
carrier transport into the quantum wells
LAPAREX
-
DFB laser parameter extraction program**
CAMFR
(CAvity Modelling FRamework)**-
is a fast, flexible, friendly full-vectorial Maxwell solver. Although
it can
tackle general electromagnetic problems, its main focus is on
applications in
the field of photonics, like
Wavelength-scale microstructures (like photonic crystal devices)
Lasers (like vertical-cavity surface-emitting lasers)
Light-emitting diodes (like resonant-cavity LEDs)
SimWindows
-
Physical simulation of Optoelectronic semiconductor devices. Mode
calculations
can be performed for DBR lasers** Author - Dave Winston
MATLAB
programs
that accompany the book 'Distributed
feedback
semiconductor lasers'**
OedCad -
PSPICE Subcircuit
Models for Distributed Feedback Semiconductor Lasers, Double
Heterojunction
Laser, F-P Linear Semiconductor Laser Amplifier, Quantum Well
Semiconductor
Lasers**
ALDS (Advanced Laser
Diode Simulator)
- Simulator for semiconductor lasers
LaserMOD - Design
tool for simulating
optical and electronic properties of semiconductor lasers
DESSIS–Laser
-
A Laser simulator for use in a wide range of laser structures,
including
edge-emitting bulk and quantum well, Fabry–Perot and DFB laser diodes,
vertical-cavity surface-emitting lasers (VCSELs)
PICS3D -
Quasi-three-dimensional simulation of edge-emitting and
vertical-cavity
laser diodes
CLADISS-2D
- Rate equation model for the active region of laser
diodes
Nanophotonics software
MEEP
& MPB** - MIT's finite-difference time-domain (FDTD) package
and electromagnetic eigenmode solver (for photonic crystals)
F2P** -
Finite-difference time-domain (FDTD) 2D simulator for Photonic devices.
Author: Dr. Min Qui
WOLFSIM** -
Wideband Optical FDTD Simulator
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