VirtualLab Fusion 2021.1
VirtualLab Fusion provides fast physical-optics modeling.
In this latest release we have added a full range of new features. Some highlights:
Highlights and Benefits
A new Microlens Array (MLA) Component enables accurate and fast modeling of the ever-increasing number of applications of MLA.
Crystal Plate Component
Any type of crystals can be included in system modeling by the new Crystal Plate Component.
Anisotropic layers can be added to all surfaces to exploit the extra freedom of polarization control and multiplexing in optical systems.
Fiber Mode Calculator
We provide a Fiber Mode Calculator to analyze and investigate LP Bessel and LP Laguerre modes for step index and parabolic index fibers.
Multimode Fiber Coupling Efficiency Detector
LP modes are also used in the new Multimode Fiber Coupling Efficiency Detector, which evaluates the overlap integral of the incident beam with the LP modes.
LP Mode Source
The new LP Mode Source allows the propagation of LP modes through any optical system.
Multiple Source Component
With the new Multiple Source Component, we make the first step to significantly extend the source modeling in VirtualLab Fusion by enabling the use of different and shifted sources.
In version 2021.1 we come with a new workflow which enables a seamless transition from ray to full physical-optics modeling. This way we simplify the usage of the amazing modeling features in VirtualLab Fusion.
Find out more about VirtualLab Fusion!
Try it by yourself!