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MODE Solutions accurately describes the physical behavior of arbitrary-geometry waveguide devices,
empowering R&D scientists to innovate new design concepts.
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"MODE Solutions has played a critical role in developing our silicon photonics technology.
Its ability to specify detailed waveguide geometries, material systems, boundary conditions,
intuitive user interface and extensive scripting capabilities make challenging design projects easy."
M. Webster, Lightwire, Inc.
"MODE's materials library allows us introduce any material we want in the simulation and the ability to import
fiber cross-sectional images makes it an easy task to get the simulation ready to run."
Prof. C. de Matos, Universidade Presbiteriana Mackenzie
"MODE Solutions allows me to accurately calculate the dispersive properties of photonic crystal
fibers. Inclusion of dispersive material properties via Sellmeier coefficients gives great comparison
with published specifications.
S. Bricker, Harris Corporation
"I got MODE Solutions up and running in no time at all ... the software is very intuitive with
excellent graphics. Impressive!
S. Bidnyk, Enablence
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- Fully-vectorial engine
- Full 64bit support: allows higher memory capacity
- Non-uniform mesh support to get you the resolution where you need it most
- Handles truly arbitrary geometries with Conformal Mesh Technology
- Integrated data analysis and visualization
- Integrated scripting environment for design
automation
- Coupling efficiency calculator
- Macrobending loss calculator
- Drude, Debye, Lorentz and Sellmeier materials
- MODE Solutions Online Help
- ASAP ray tracing package
- Import SEM device cross-sections
- Advanced Matlab interoperability
- GDSII structure import
Supported systems include:
- Windows XP, Vista and 7 (all 32 and 64 bit editions)
- Mac OS X 10.5 and 10.6
- RedHat Enterprise Linux: x86_64 (version 5) and i386 (versions 4 & 5)
- SUSE Linux Enterprise 10: x86_64 and i386
- Contact Lumerical regarding other supported technologies
Read the complete description
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Gap surface plasmon waveguide
In the search for an ultra-compact waveguiding technology that is compatible with existing manufacturing techniques, researchers are increasingly focusing on surface plasmon waveguides.
Learn why
Photonic crystal fibers
Learn how MODE Solutions assists optical designers in quantifying the effects of bending loss,
far field performance, and coupling efficiency when designing photonic crystal fiber.
Read on
Coaxial Bragg fibers
Optical designers are increasingly turning to exotic fiber geometries, including coaxial Bragg fiber,
to build into next-generation communication, entertainment, and spectroscopic systems.
Learn more
Browse the application library
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MODE Solutions