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Lumerical's design tools enable R&D professionals to accurately simulate the performance of photonic components, circuits and systems.
Lumerical's component design products use multiphysics-style simulation workflows to model optical, electrical and thermal effects at the physical level. Lumerical's system design products simulate and optimize the performance of photonic integrated circuits.
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Electrical Simulation |
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Thermal Simulation |
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Circuit Simulation |
FDTD Solutions
Nanophotonic Design Environment |
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DEVICE
Charge Transport Design Environment |
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DEVICE
Heat Transport Design Environment |
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INTERCONNECT
Photonic Integrated Circuit Design Environment |
MODE Solutions
Waveguide Design Environment
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Model Libraries
Compact Model Library (CML) Generation, Publishing and Management |
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Interoperability
Cadence® Virtuoso®
Mentor Graphics® Pyxis™
PhoeniX Software OptoDesigner
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| Component Design |
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System Design |
Multiphysics Component Design
Component-level designers can combine Lumerical's optical design products FDTD Solutions and MODE Solutions with the charge- and heat-transport solvers in DEVICE to model complex multiphysics effects in two or three dimensions
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Optical Simulation |
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Photogeneration
Carrier
Distribution |
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FDTD Solutions
Nanophotonic Design Environment
MODE Solutions
Waveguide Design Environment
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Power Absorption
Temperature
Distribution |
| Electrical Simulation |
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Thermal Simulation |
DEVICE
Charge Transport Design Environment |
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DEVICE
Heat Transport Design Environment
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Photonic Integrated Circuit Design
Lumerical's INTERCONNECT allows designers to define circuit architecture and connectivity, build new or import foundry compact model libraries (CMLs), and simulate the performance of photonic integrated circuits
Photonic Integrated Circuit Simulation
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Electronic Design Automation |
INTERCONNECT
Schematic Design Environment
S-Parameter Simulator
System Transient Simulator
Standard Circuit Element Library
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Cadence® Virtuoso®
Mentor Graphics® Pyxis™
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Photonic Design Automation |
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PhoeniX Software OptoDesigner
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Compact Model Library (CML)
CML Publisher & Reader Utilities
Foundry-Published CMLs
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Parameter Extraction
Multiphysics Component Simulations
Device Characterization Measurements
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| Photonic Process Design Kit (PDK) Generation and Management |
A high performance 3D FDTD-method Maxwell solver for the design, analysis and optimization of nanophotonic devices, processes and materials.
Czytaj więcej: FDTD
An advanced, finite element multiphysics simulation environment for modeling charge transport and heat transfer in semiconductor devices and optoelectronic components
Photonic Integrated Circuit Design and Analysis Environment
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