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Synopsys White Papers
Meet Your Augmented and Virtual Reality Challenges Head-On: Design Your Next System with 2D-Q Freeforms in CODE V
The most challenging optical designs today need precise non-spherical surface shapes. A new surface formulation specified by G.W. Forbes describes a “freeform” surface with orthogonal polynomial deformations. Synopsys has developed a new 2D-Q freeform surface for CODE V optical design software, based on Forbes' formulation, which is a powerful design tool for today’s lightweight and compact optical systems. To illustrate its use, we show a non-symmetric, all-reflective design example that could...
Accelerating Photonic Simulations with the Effective Index Method in RSoft Tools
The Effective Index Method (EIM) can be used in Synopsys RSoft™ photonic design software to greatly reduce the computation time and memory requirements of a simulation by converting a 3D structure into an approximate 2D structure. This is also...
High-Performance FDTD Simulations with Sub-Cell/Conformal Meshing in RSoft FullWAVE
Due to the computationally intensive nature of the FDTD simulation method, improved accuracy and convergence are critical for its practical use as a design algorithm in applications where numerous design variants need to be explored. This white...
Design Optimization of Grating Fiber Couplers with RSoft Products
Engineers can readily achieve optimal design of silicon photonics devices using rigorous simulation tools to numerically optimize a large number of design parameters. This paper demonstrates how a complex grating coupler design can be efficiently...
OptSim Circuit: A SPICE-Like Photonic Simulator for Scalable Photonic
The time for large-scale photonic integrated circuits (PICs) has arrived. Governments, academia and industry are all onboard to transfer knowledge gained from decades of manufacturing experience in electronic integrated circuits to photonic...
Optical Design Tolerancing: A Key to Product Cost Reduction
The ideal optical system design minimizes production costs and meets performance requirements using achievable component and assembly tolerances and well-chosen post-assembly adjustments. Optical design software can help make this ideal manufactured...
LED/OLED Design Using Mixed-Level Simulation
There has been extensive research to improve the design of light-emitting diodes (LEDs) and organic LEDs (OLEDs) to enhance light extraction efficiency, improve beam shaping, and allow color tuning. Due to the range and scales of geometric...
(7 results found)
April 2024
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