Accelerating PIC Design with

Automated, Multi-Fidelity Workflows

Are you looking to compress your Photonic Integrated Circuit (PIC) design cycles without sacrificing physical accuracy?

In our upcoming online summit, our engineering team will present a comprehensive walkthrough of the automated workflow optimizations powering the next generation of optical design. This session is your fast lane to smarter, faster prototyping.

Here is a quick look at what we will be showcasing:

🚀 What’s New (The Hot Slides):

• Conformal Waveguide Bend Analysis:

Say goodbye to geometric approximations. We are introducing polar-to-Cartesian conformal coordinate mapping W=R²ln(Z/R²)) paired with stretched PML boundary conditions. Now, you can calculate bending losses and effective indices with absolute mathematical rigor.

• Bayesian Multi-Fidelity Optimization:

Why burn GPU hours on raw 3D FDTD sweeps? Learn how our smart Bayesian framework runs rapid 2.5D FEM models to identify high-potential parameters before committing to heavy 3D FDTD simulations.

• DeAP Evolutionary Trajectories:

Optimize complex component geometries automatically using evolutionary algorithms (DeAP) tracked via cumulative explained variance.

🛠️ Robust Foundations (The Solvers You Trust):

• Next-Gen FEM Solver:

Our integrated photonics engine features automatic matching mesh generation, native GDSII import, and rapid 2D/2.5D S-parameter extraction.

• Vector Finite Difference (VFD) Mode Solver:

A workhorse Cartesian grid engine that handles lossy materials, diagonal tensor permittivity, and PEC/PML boundaries seamlessly.

📅 Join the Live Session & Connect with Us!

Don’t design in the dark. Join our technical team live to see these workflows in action, participate in an interactive Q&A, and discuss your specific layout targets.

• Reserve Your Spot for the Live Webinar
• Want a trial license or custom script evaluation? Our team is here to help you bridge the gap from concept to tape-out. Contact us today to discuss your application!