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Ansys Lumerical Case Studies

Lumerical products, solvers and interoperability features interact seamlessly, empowering entrepreneurs and businesses to solve the most challenging problems in photonics that include interacting optical, electrical and thermal effects.

Photonic System Design Software (PSDS)

Why is Ansys Lumerical the Industry Gold-Standard for Photonics Systems Design?

Usage Rate

  • Ansys Lumerical has been run in over 30 Million simulations worldwide.
  • Referenced in over 15,000 scientific papers and patents.

Trusted By

  • An active user base of over 50,000
  • By 90% of the Top Research Universities
  • All 10 Top IT Index Companies (INDXX)

 

 

Blue-Line-Separator-SimuTech-Group

 

 

 

 

 

Ansys Lumerical Case Studies

Learn how businesses across various industries use Lumerical to advance their products and systems.

 

 

Lumerical in Autonomous Driving (ADAS)

Connected-car-Automotive-lighting-Automotive-electronics-Semiconductor-Ansys-Lumerical

 

Lumerical in Silicon Photonics (SiPh)

Semiconductor-Thermal-Solver-Software-SimuTech-Group

 

Lumerical in Holographics (LFDs)

 

Challenge for Ansys:  Simulating Liquid Crystal Metasurfaces for Beam Steering Technology

  • To revolutionize perception systems in the emerging self-driving car industry
  • To develop liquid crystal metamaterials to enable LiDAR systems to achieve compact size and low cost
  • Quick and accurate models to validate beam-steering performance

Ansys Lumerical Solution

  • Developed a customized workflow using Ansys Lumerical FDTD, AWS EC2 Services and Ansys Lumerical Automation API
  • High-performing Ansys Lumerical FDTD works seamlessly with EC2 for increased simulation performance with minimal setup time
  • The renewable automotive company used Lumerical’s Automation API to gain access to open source tools necessary for optimization and post-processing
Lumerical-Ansys-Lumotive-Simulations

Ansys Lumerical Business Impact:

Thankfully, the client was able to reduce their design time by two orders of magnitude without compromising on accuracy.  Previous photonic simulations running on their workstations that would take hours now finished in minutes

With Ansys Lumerical Automation API, the engineering team was able to use state-of-the-art optimization algorithms to maximize their metasurface designs with high simulation accuracy

In addition, the design crew was able to quickly and efficiently confirm the correct functionality of their metasurface design allowing them to deliver their product on time and on budget

 

Challenge for Ansys: Enabling New Processes for Higher Component Performance

  • Offer customers proprietary fabrication process expertise and design support for end-product manufacturing
  • Explore new ways to improve its development process for higher component performance, reduced costs, improved yield, increased engineering productivity, and a shorter design cycle
  • Identify new ways to improve one of the most complex photonic components, the SiPh grating coupler

Ansys Lumerical Solution

  • Ansys Lumerical’s Photonic Inverse Design (PID) was used to design and optimize a new grating coupler with Ansys Lumerical’s industry leading FDTD simulator
  • PID enabled designers to rapidly develop optimized functionality with improved performance, reduced footprint, and more robust manufacturability
  • Ansys Lumerical’s cloud features were used to rapidly accelerate the design effort
Ansys-Lumerical-CompoundTek-Case-Study

Ansys Lumerical Business Impact: 

  • With the adoption of Lumerical, the engineering team was able to develop a SiPh grating coupler with a 20x smaller footprint than their previous coupler.  In addition, through advanced photonic simulations, was able able to improve product consistency and overall performance.
  • In only two weeks, optimal designs for eight manufacturable variants were developed.

 

Challenge for Ansys: Simulating Microcavity OLEDs for Light Field Displays

  • Improving the emission characteristics of OLEDS across viewing zones for high pixel-density OLED
  • Support in Developing state-of-the-art microcavity-based OLEDS

Ansys Lumerical Solution

  • High-performing Ansys Lumerical FDTD was used to develop microcavity based OLEDs.
  • FDTD’s scripting capabilities made it possible for the team to quickly develop highly accurate models.
  • In addition, FDTD’ rapid photonics simulations significantly reduced the trial and tuning iterations, typically required for fabrication.
Ansys-Lumerical-Avalon-Holographics-Case-Study

Ansys Lumerical Business Impact

  • The business partner was successful able to develop a microcavity based OLED.
  • Compared to standard OLEDs, the Full Width at Half Max (FHWM) of spectral output, a key performance metric, was reduced by 2 to 2.5 times depending on the color.
  • In addition, the team was able to show through FDTD simulations that their proposed design agreed with measured results.

 

 

 

 

 

 

 

Ansys Lumerical In-Action

Ansys Lumerical case studies, video materials, and product reviews, showcasing software functionality, and practical application.

All-Inclusive Photonics System Suite
Ansys Lumerical
Eigenmode Expansion & Optical Propagation
Ansys Lumerical
Characterize Thermo & Electro-Optic Response
Ansys Lumerical

 

 

 

 

 

Contact for Ansys Lumerical, Photonics Software

SimuTech-Group-Software-Simulation-and-Consulting-Commitment-to-Quality-and-Precision

Our Commitment to Quality

SimuTech Group is committed to offering the highest quality professional service.  At extremely competitive rates.  In terms of compliance,  OSHA and other safety standards imposed by regulating bodies, including the standards developed by the customer, are strictly adhered to.

In addition, all representatives of SimuTech Group working in the field carry current first aid, AED, and CPR credentials.  Likewise, all are professionally trained for working at heights and working in confined spaces.