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Accelerate design for state-of-the-art photonic components and systems with rigorous modeling and simulation software. Our passive and active photonic device tools integrate with optical design software and optional add-on utilities to provide end-to-end design, modeling, simulation, and diffraction analysis. Engineers also save time with highly accurate algorithms that enable rapid virtual prototyping and a shared CAD interface for seamless cross-software design.
Keysight’s photonic device software includes:
- RSoft CAD Environment
- RSoft FullWAVE FDTD
- RSoft BeamPROP BPM
- RSoft DiffractMOD RCWA
- RSoft BandSOLVE PWE
- RSoft FemSIM FEM
- RSoft GratingMOD CMT
- RSoft Photonic Device Compiler
- RSoft ModePROP EME
- RSoft MetaOptic Designer
- RSoft LaserMOD
- RSoft Tapered Laser Utility
- RSoft LED Utility
- RSoft Solar Cell Utility
- RSoft Multi-Physics Utility
- RSoft MOST
- BeamPROP: For modeling light propagation in waveguides and photonic circuits using the Beam Propagation Method (BPM).
- FullWAVE: A rigorous 3D finite-difference time-domain (FDTD) solver for nanophotonic structures, metasurfaces, and plasmonic devices.
- DiffractMOD: Rigorous Coupled-Wave Analysis (RCWA) for simulating diffraction gratings, photonic crystals, and periodic nanostructures.
- GratingMOD: Specialized for designing and analyzing fiber and planar waveguide gratings (e.g., FBGs, AWGs).
- LED/Laser Studio: For simulating light emission, carrier dynamics, and thermal effects in LEDs, laser diodes, and other active optoelectronic devices.
- BandSOLVE: Computes photonic band structures for photonic crystals and metamaterials.
- BeamPAL: A Python-based automation layer for scripting, parameter sweeps, and integration with machine learning workflows.
- Enhanced GPU acceleration in FullWAVE and BeamPROP for faster large-scale simulations.
- Improved material libraries, including updated models for 2D materials (e.g., transition metal dichalcogenides) and phase-change materials.
- Advanced meshing algorithms for complex geometries with sub-nanometer resolution.
- Tighter integration with OptoCompiler™ for seamless PIC design-to-simulation workflows.
- New quantum photonics templates supporting single-photon source and detector modeling.
- Expanded Python API for automation, optimization, and co-simulation with electronic design tools.
- Silicon photonics and InP-based PIC design
- Optical interconnects and datacom transceivers
- AR/VR waveguide displays
- Biosensors and lab-on-a-chip devices
- Quantum computing hardware (e.g., photonic qubits)
- Metasurfaces and flat optics