August 3, 2022
From the automotive industry to consumer electronics, optical design has become even more critical to overall product design as technology advances and demands increase to illuminate everyday designs from head-up displays (HUDs) to smart phones.
Ansys Speos optical system design software predicts the illumination and optical performance of systems to save on prototyping time and costs while improving product efficiency — but that’s not all.
In its latest release, Speos delivers powerful new capabilities that accelerate, improve, and expand optical simulation even further, including computer-aided design (CAD) integration, multi-graphics processing unit (GPU) compute, optimization, and more.
Speos delivers an intuitive user interface in a 3D platform for a fully immersive design experience, enhanced productivity with the use of GPUs for acceleration and simulation previews, and easy access to the Ansys multiphysics ecosystem.
With GPU compute, Speos accelerates high-performance computing (HPC) and reduces simulation time while achieving high scalability. Expanding upon this capability, Speos 2022 R2 supports multi-GPU and multi-node deployment. This means you can enable multiple GPUs per node and the more GPUs you use, the faster your simulation will compute. For reference, one GPU is approximately eight times faster than a 32-core central processing unit (CPU) and 20 GPUs are as fast as 5,000 CPU cores.
Coupled with this, dynamic effects in camera simulation are now fully compatible with GPU compute, including v2.0 distortion files and support parameters such as integration and lag time.
Further, with Speos 2022 R2 productivity enhancements, you can speed up the design process, improve accuracy, and achieve results even faster.
Top Speos 2022 R2 productivity enhancements include:
Integration with other Ansys products is also more seamless with the latest release. For example, you can easily connect with Ansys Mechanical through new capabilities that enable you to analyze and automatically simulate the mechanical deformation impact on optical performance — a unique Ansys capability. Similarly, with Speos 2022 R2, you can enable multiple Speos instances in other applications to simplify design optimization, including one instance for nominal design and one for deformed simulation.
You can also expand your multiphysics workflow through the Ansys Workbench simulation integration platform, which connects you with additional Ansys products. Alternatively, to go beyond your desktop or local cluster, you can pair Speos with Ansys Cloud to complete your simulations up to 60 times faster using cloud-based HPC.
Whether you need to enhance an automotive HUD or improve the illumination system design of a smart phone or light-emitting diode (LED) lighting source, Speos is an optical simulation solution for optimizing and validating any lighting system or optical sensor. Applications for Speos range from general lighting designs of rooms and streets to advanced automotive applications like glare-free high-beam headlamps and car body sensor integration.
In addition to its latest capabilities, Speos hosts a suite of built-in features including, lighting system modeler, lighting system analyzer, robust design optimization, optical part design, an extensive optical library (with more than 4,200 samples of lights and materials), and a human vision component that enables you to simulate visual predictions based on physiological human vision modeling.
To learn more about the latest features in Speos, register for the upcoming webinar: Ansys 2022 R2: What's New in Ansys Speos.