加速光学和光子学的创新与设计
端到端多物理场和多尺度仿真平台
Ansys Optics解决方案可提供以世界领先技术为后盾的鲁棒性设计、优化和验证仿真。这些工具使设计人员能够加快突破性光学产品的开发,同时提高性能、可靠性和良率。凭借顶级物理求解器,Ansys Optics可为多尺度系统精确设计(从纳米尺度到宏观尺度)提供用户友好型工作流程,从而支持在不同行业中设计不同的应用。
加速光学和光子学的创新与设计
Ansys Optics解决方案可提供以世界领先技术为后盾的鲁棒性设计、优化和验证仿真。这些工具使设计人员能够加快突破性光学产品的开发,同时提高性能、可靠性和良率。凭借顶级物理求解器,Ansys Optics可为多尺度系统精确设计(从纳米尺度到宏观尺度)提供用户友好型工作流程,从而支持在不同行业中设计不同的应用。
JULY 2024
Experience cutting-edge innovation with Ansys Optics in our latest release of optics and photonics design and simulation excellence. The 2024 R2 is a game-changer, boasting powerful capabilities that turbocharge results, elevate accuracy, and seamlessly integrate with other Ansys products, enabling the design of cutting-edge products for real-world applications.
Join us for a groundbreaking webinar on virtual prototyping in CMOS image sensor design and validation.
In this webinar, we demonstrate how our AR system design capability allows users to visually overlay digital information, such as images and text, onto the real-world environment.
Join us to discover how Ansys Optics enables multiphysics design from meta-atoms to centimeter-scale metalenses by seamlessly leveraging the combination power of Lumerical FDTD, RCWA and Zemax OpticStudio.
了解Ansys Speos和Ansys optiSLang如何优化棱镜式光导,以满足汽车日间行车灯法规要求,并提高光导的均匀性,从而以自动化方式实现更好的照明外观。
Introduces a systematic approach using Ansys optics simulation tools to analyze stray light from both optical and non-optical components.