Chip-to-Fiber Optical Coupling Design with Ansys Optics
Join us for this webinar, where we will demonstrate two workflows to efficiently couple light from chip-to-fiber using grating couplers, edge couplers, and microlenses.
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Overview
Efficient coupling of light in and out of the Photonic Integrated Circuit (PIC) is critical for Co-Packaged Optics (CPO) and In-Package Optical I/O applications. Using different types of on-chip couplers, light can be coupled to and from optical fibers horizontally (edge coupler) or vertically (grating coupler). Both approaches are sensitive to fiber positioning and alignment and typically require micro-optics, such as collimating microlenses between the fiber and the on-chip coupler to relax the tolerances. Therefore, the design of such a coupling system requires simulating the propagatio of light at different scales, from the sub-wavelength feature size of the on-chip coupler to the millimeter scale of the micro-optics and fiber attachment.
What attendees will learn
- How to use Ansys Lumerical FDTD and MODE for the efficient design of on-chip couplers
- Explore how Ansys Zemax OpticStudio designs microlenses for optical coupling systems
- Discover how the built-in data exchange capabilities enable photonic designers to simulate and optimize complex optical coupling systems
Who should attend
Optical Engineer, Photonic Engineers, Engineering Management