Overview
Vertical Cavity Surface Emitting Lasers (VCSELs) are critical components in consumer electronics and semiconductor applications, offering unique advantages in fabrication, efficiency, and performance compared to edge-emitting lasers. In this session, we will demonstrate how to design, simulate, and analyze a VCSEL structure using the Ansys Lumerical Multiphysics platform.
Attendees will learn how to automate VCSEL layer construction from a material table, perform cold cavity simulations to evaluate resonance frequencies and modes, and conduct advanced reflectivity and dipole analyses to visualize supported beam profiles. This deep dive will also cover best practices for setting up cylindrical symmetry, managing solver parameters, and interpreting key results including eigenmode field profiles, reflectivity spectra, and Poynting vector distributions.
Whether you are exploring VCSELs for research, product development, or integration into cutting-edge photonic devices, this session provides a straightforward workflow and practical insights into accelerating accurate design and simulation.