The New VirtualLab Fusion 2025.2
The evolution of VirtualLab Fusion has always aligned infrastructure progress with solutions shaped by customer needs in optical design and simulation.
We are excited to present VirtualLab Fusion 2025.2, packed with new features and enhancements designed to accelerate your innovation.
New Source Models
Enhance the realism of your optical simulations with two new unpolarized source types, specifically designed for LED-like emission characteristics:
- Lambertian Radiation Mode
- Cos(θ)n Radiation Mode
Both models intelligently generate orthogonal radial and azimuthal polarization states, providing accurate, unpolarized light output.
New
Components
- We introduce a new functional component to accurately represent a linear polarizer.
- The new Stop component is now the recommended component for defining stops in your system.
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A brand-new functional component for advanced polarization control, allowing the phase delay between polarization components to vary as a function of position across the field.
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A new functional component for defining macroscopic spatial patterns of reflection and transmission on a beam splitting surface.
Improved Simulation Capabilities
- Enhancements for Off-Axis Parabolic Mirror (Wedge Type)
- New Surface Channels for Diffractive Lens & Functional Meta Lens
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Enhanced Batch Mode Control and Logging
Bug Fixing
As part of our ongoing commitment to quality and stability, we have addressed numerous issues reported by our users and identified by our development team.
In VirtualLab Fusion 2025.2, we have resolved over 30 bugs across the platform.
Experience a faster, more powerful, and more versatile simulation environment.
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