Simulate large and real devices to eliminate expensive guesswork

Engineers are forced to guesstimate when designs are too big to fit into simulation. Not anymore with Tidy3D. Ready to simulate realistic devices 100 times larger?

Billions of grid points made easy

As simulations scale to enormous sizes, the bottleneck becomes the communication between computation domains. Tightly integrating the advanced computation hardware with the software design, Tidy3D is specifically optimized for solving Maxwell’s equations. Its intelligent decomposition minimizes the communications overhead for massive simulations. Simulations of tens of billions of grid points are routinely performed.

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Billions of grid points made easy

Simulate large-scale metalens with ease

This large-scale three-dimensional metalens has a diameter of 100 wavelengths. This seemly tiny device is an enormous physical size for full-wave simulations. At λ/18 resolution, this translates into 2.7 Billion grid cells. This problem would be practically infeasible using conventional FDTD, even with cloud computing. With Tidy3D, this record-size simulation finishes in less than 300 seconds.

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Simulate large-scale metalens with ease

Simulate entire photonic integrated circuits without comprise

Simulate large photonic components within minutes. This photonic circuit barely fit into conventional FDTD and took 27 hours to simulate, making it infeasible to perform any iterative design work. Tidy3D finished this large simulation in 240 seconds.

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Simulate entire photonic integrated circuits without comprise