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Faster, Larger FDTD

New Chips, New Solvers
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Photonic Design Automation

A new platform to speed up the design, simulation,
and verification cycle for photonic integrated circuits

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A new era of CFD

Created for the most sophisticated engineers to gain unrivaled performance

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Tidy3D’s integration with Python made learning much easier for me! The documentation was clear, and the library of examples allowed me to learn at my own pace.

Tidy3D has been an amazing tool for Lumotive. Saving months of time in simulations is crucial for the decisions we are making as a company. We are using the results from Tidy3D for our next-generation metasurface!

I especially value the flexibility of Tidy3D, which is seamlessly integrated within the Python environment. This means that we are not dependent only on currently implemented software features but can extend the functionality ourselves to whatever suits our needs.

Tidy3D has significantly improved our workflow with its exceptionally fast simulation processing times and reliable support team. It is an invaluable tool in our research and development of integrated lasers.

It’s amazing how fast the Flexcompute numerical solver runs. Some simulations that we expect would take days to do, it can do in just 30 minutes. This allows us to simulate many different random configurations, different system sizes, and different structural parameters.

We believe that PhotonForge is the right approach to photonic circuit simulations. It allows us to accurately simulate components with the powerful Tidy3D engine and seamlessly integrate them into circuits and layout, using Python code or the GUI.

With PhotonForge it's extremely simple to define the material stack of any integrated photonics technology, and validating the operation of photonic building blocks or whole circuits is a matter of a few lines of code.

PhotonForge provides us with intuitive integration to Tidy3D, easy scripting and 3D viewing of complex photonic circuits, in addition to robust automation features, such as automatic port detection based on path profiles and automated simulation boundary definitions.

Electra cut 9 months off its aircraft design timeline using Flow360’s ultra-fast CFD simulations. With rapid iteration and deep flow insights, startups like Electra bring breakthrough innovations to market faster and more cost-effectively.

REGENT accelerates development of its revolutionary seaglider using Flow360’s fast, high-fidelity CFD. With rapid simulation of complex flight conditions, engineers gain the insights needed to design safer, more efficient vehicles faster and at lower cost.

The speed and robustness of the Flow360 solver is remarkable. We appreciate FlexCompute’s integrated data management environment and collaboration platform that enhances productivity and enables us to solve problems in real time.

Flow360 has transformed our R&D process. The solver's speed and robustness allow us to quickly explore and iterate designs, saving us both time and money.