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Training
Webinars
- Focus on Lasers: Simulating Semiconductor Edge-Emitting Lasers with Lumerical
- Using High-Performance Computing to Accelerate Your FDTD Simulations
- Focus on Lasers: Simulating Semiconductor Edge-Emitting Lasers
- Ansys 2020 R2: Ansys Lumerical’s Component Level Tools
- Deliver Foundry-Compatible Custom Designs with Ansys’ New Process-Enabled Photonic Component Design Flow
- Focus on LiDAR: Simulating Avalanche Photodetectors for Solid-State LiDAR with Lumerical
- Focus on LiDAR: Simulating Avalanche Photodetectors for Solid-State LiDAR with Lumerical
- Towards Manufacturability with a Statistically-Enabled PDK and Tool Flow, Part 1: Statistical PDKs and Lumerical’s CML Compiler
- Towards Manufacturability with a Statistically-Enabled PDK and Tool Flow, Part 1: Statistical PDKs and Lumerical’s CML Compiler
- Towards Manufacturability with a Statistically-Enabled PDK and Tool Flow, Part 2: Statistical Co-simulation with Cadence Virtuoso
- Towards Manufacturability with a Statistically-Enabled PDK and Tool Flow, Part 2: Statistical Co-simulation with Cadence Virtuoso
- Mentor/Lumerical real world design flow for real world designs with CompoundTek
- Accelerate your Ansys Lumerical Simulations with High Performance Computing
- Get Ready for 5G with Cadence/Lumerical PAM-4 Reference Flow
- Get Ready for 5G with Cadence/Lumerical PAM-4 Reference Flow
- Panel: Photonics Flash Forward – The photonics design experience in 2025: Today’s Challenges, Tomorrow’s Solutions
- Online Tech Day 2020 - Introduction
- Using High-Performance Computing to Accelerate Your FDTD Simulations
- Focus on Lasers: Simulating Semiconductor Edge-Emitting Lasers with Lumerical
- Focus on Lasers: Simulating Semiconductor Edge-Emitting Lasers with Lumerical
- Using High-Performance Computing to Accelerate Your FDTD Simulations
- Online Tech Day 2020 - Experimentally Validated Statistical Models with HPE (w/ Ashkan Seyedi)
- Online Tech Day 2020 - Low Loss Silicon Nitride with LIGENTEC (w/ Michael Geiselmann)
- Online Tech Day 2020 - Statistical Analysis and CML Compiler (w/ Xu Wang)
- Online Tech Day 2020 - Cadence-Lumerical Ecosystem (w/ Gilles Lamant)
- Photonic Inverse Design for Manufacturable Devices
- Photonic Inverse Design for Manufacturable Devices
- Online Tech Day 2020 - SMART Photonics InP Foundry for PIC (w/ Luc Augustin)
- Online Tech Day 2020 – Using Luceda IPKISS.flow and Lumerical FDTD (w/ Pierre Wahl)
- Online Tech Day 2020 – Optimizing Photonic Components for Manufacturability with Inverse Design (w/ James Pond)
- Online Tech Day 2020 - Fraunhofer HHI Foundry Services for Photonic Integrated Circuits (w/ Moritz Baier)
- Online Tech Day 2020 - AIM Photonics & Analog Photonics Bring Improved Manufacturability (w/ Bart Bergman)
- Online Tech Day 2020 - Zemax: Bridging the Worlds of Nanoscale Photonics and Macroscale Optics (w/ Sanjay Gangadhara and James Pond)
- Online Tech Day 2020 - AMF Advanced Micro Foundry Silicon Photonics (w/ Franck Ernult Gerard & Xianshu Luo)
- Online Tech Day 2020 - Simulating Semiconductor Edge-Emitting Lasers with Lumerical (w/ Raha Vafaei)
- Online Tech Day 2020 - Tower Semiconductor's PH18: First 'Open' Foundry SiPh Process (w/ Samir Chaudhry)
- Online Tech Day 2020 - CompoundTek-Cadence-Lumerical PDK v1.1 (w/ Lester Cheung & Xu Wang)
- Online Tech Day 2020 - CompoundTek-Mentor-Lumerical PDK/CML (w/ Lester Cheung, Tom Daspit, and Xu Wang)
- Design an Optimal Diffractive Grating with Ansys Lumerical FDTD and Zemax OpticStudio
- Ansys 2020 R2: Ansys Lumerical’s System Level Tools and CML Compiler
- Ansys 2020 R2: Improve Productivity with Photonic Inverse Design
- Ansys 2020 R2: Laser Simulation with Ansys Lumerical
- Design Heads Up Displays with Ansys Lumerical and SPEOS
- Panel: Photonics Flash Forward – The photonics design experience in 2025: Today’s Challenges, Tomorrow’s Solutions
Videos
- Zemax-Lumerical: from nano-scale to macro-scale optics and back
- Optimize Your OLED/LED Device in One Second!
- Photothermal Heating in Plasmonic Nanostructures
- A Single Model, Single Environment Modulator Design Flow
- PIC Week 2018: TowerJazz Silicon Photonics PDK and CML
- Efficient Automation with Lumerical's Python API
- Building an optimal workflow for integrated photodetector design
- Introduction to Nanophotonic Simulation with DEVICE DGTD
- PIC Week 2018: EDA-Driven Design, Simulation, and Layout of PICs
- Cloud Based High-Performance Computing with FDTD Solutions
- Advanced gain and laser models with FDTD Solutions
- Liquid Crystal Simulations with FDTD Solutions
- Introduction to Plasmonic Simulation
- Metamaterial Simulations
- Simulating OLEDs
- Grating Coupler Design and Optimization
- Efficient Optical Modeling of Graphene
- Customer Feature of the Week (2020)
- The Origin of Lumerical's CML Compiler with Dr. James Pond
- Customer Feature of the Week (2019)
- PIC Week 2016: Thermo-Optic Components
- Nanostructured Solar Cell Simulation Methodologies
- Material Plugins: A Practical Implementation Demo
- Inverse Design for Integrated Photonics
- Photonic Inverse Design using the Adjoint Method
- Bandstructure Calculations
- The Lumerical Compact Model Library (LCML)
- Defect Detection and Optical Inspection Technology
- PIC Week 2016: Passive Building Blocks
- Broadband Gaussian Beam Sources in FDTD Solutions
- Thermal Sensing and Microbolometers with Metamaterial Absorbers
- PIC Week 2016: Optoelectronic Component Design - Modulators
- PIC Week 2016: Optoelectronic Component Design - Photodetectors
- PIC Week 2016: Compact Model Library Creation
- PIC Week 2016: Laser Design
- How to Export Your Component Design to GDSII
- Optical Modeling with FDTD Solutions
- Photolithography Simulation
- Sub-wavelength Grating Bandstructures
- Waveguide Bragg Gratings and Resonators
- Effect of External Feedback on Laser Performance
- Transmission Line Characteristic Impedance Calculations
- Thermal Crosstalk in Photonic Integrated Circuits
- Mentor and Lumerical Partner with TowerJazz to advance photonic IC design
Events
White Papers
- Lumerical’s 2.5D FDTD Propagation Method
- DEVICE DGTD Finite Element Optical Solver
- Accurate Time Domain Laser Modeling in Photonic Integrated Circuits
- Optical Solvers for Integrated Optical Components
- INTERCONNECT: Enabling time and frequency domain simulation of photonic integrated circuits with microring modulators
- Building Compact Models for PICs
- Flexible Material Plugins
- INTERCONNECT: Time and frequency domain simulation of bidirectional, multimode and multichannel circuit topologies
- Conformal FDTD Mesh Technology Delivers Subcell Accuracy
- Optoelectronic Modeling
- Lumerical BFAST Delivers Broadband Arbitrary Angle Capabilities for Periodic Devices
- Overcoming the Multi-wavelength FDTD Challenge