VirtualLab™ and VirtualLab™ Advanced 4.8 have been released. VirtualLab™ 4.8 extends the flexibility of 2-D grating simulations. Using so called stacks, the period of the structure can be defined by sequences of optical interfaces, including grating, conical, aspherical, sampled and programmable interfaces. In VirtualLab™ Advanced, larger periods and more orders can now be simulated in parallel. For optical interfaces pixelation and quantization has been enabled and more structural parameters can be varied in the parameter run. More information can be found in the release notes.
NEWS
Enhancements of 3-D Grating Simulation
(August 27, 2010)The simulation of 3-D grating structures is being considerably enhanced in the forthcoming version of VirtualLab™. Real 3-D grating structures are used more and more extensively for the design of optical components. The rigorous simulation techniques provided by VirtualLab™ give an insight to the op...
Get in touch at SPIE Optics + Photonics, San Diego, CA, USA!
(July 13, 2010)We offer several opportunities to learn more about VirtualLab™ at SPIE Optics + Photonics, San Diego, CA, USA, starting August 1, 2010. VirtualLab™ is being presented at the SPIE show at booth 628 of our distributor in the United States, Jenoptik Optical Systems, Inc. Further a free seminar on "...
VirtualLab™ 4.8 Released
(July 09, 2010)VirtualLab™ and VirtualLab™ Advanced 4.8 have been released. VirtualLab™ 4.8 extends the flexibility of 2-D grating simulations. Using so called stacks, the period of the structure can be defined by sequences of optical interfaces, including grating, conical, aspherical, sampled and programmable int...
