-Optimizing for optical uniformity and efficiency while increasing pixel density.
-Reducing image degradation from cross-talk, and saturation.
-Accurately model device performance in real world conditions.
-Test image processing schemes during the design phase.
-Lumerical FDTD– Advanced optics and Multiphysics.
-Lumerical CHARGE– Charge collection, electrical noise.
-SPEOS – Ray tracing and optical system.
-OptiSLang – Orchestrate complex interplay of solvers and map the results together.
-Zemax – Powerful Lens design tool.
-Pervasive workflow that includes optical physics, system level optics, and electronics effects for accurate synthetic images.
-Prototype, understand and iterate on different imaging scenarios and modalities, experiment with image processing and computer vision algorithms in pre-production.
-Can save sensor and lens selection time for at least 2 months; sensor changing period at least 1 year and lens changing period for 3months
Multiphysics Workflow for
Structural-Thermal-Optical
-The working environment and temperature may cause the displacement and deformation of the lens and mechanism of camera, then affect the imaging quality
-Thermal stability of the lens system should be analyzed and optimized in the design stage.
-Ansys has multi-physics solutions that can cover the lens STOP analysis.
-In Ansys Workbench, the deformation of optical system under certain temperature or radiation load is analyzed by Mechanical, the influence of displacement and deformation on imaging is analyzed by Speos, and then the lens design is optimized by Zemax.
-Establish the workflow of optical system design, multi-physics simulation and optimization.
-Accelerate product design, verification and optimization.
-Improve product reliability.
Stray Light Analysis
-Ana
lyze the stray light caused by multiple reflections between optical surfaces and reflection and scattering of non-optical surfaces, locate the stray light and eliminate it.
-Analyze the stray light caused by the reflection of CMOS micro lens.
-Ansys has a comprehensive optical solution including wave optics, sequence optics and geometrical optics.
-Zemax for Lens design, image quality analysis and system optimization.
-Speos for ray tracing and stray light analysis.
-Use Lumerical to obtain the scattering of CMOS micro lens, use Speos for imaging simulation.
-Establish a complete workflow of optical system from design, simulation, analysis to optimization.
-Improve the efficiency of optical system development and can save sensor and lens selection time for at least 2 months; sensor changing period at least 1 year and lens changing
period for 3months.
深圳市優飛迪科技有限公司成立于2010年，是一家專注于產品開發平臺解決方案與物聯網技術開發的國家級高新技術企業。
十多年來，優飛迪科技在數字孿生、工業軟件尤其仿真技術、物聯網技術開發等領域積累了豐富的經驗，并在這些領域擁有數十項獨立自主的知識產權。同時，優飛迪科技也與國際和國內的主要頭部工業軟件廠商建立了戰略合作關系，能夠為客戶提供完整的產品開發平臺解決方案。
優飛迪科技技術團隊實力雄厚，主要成員均來自于國內外頂尖學府、并在相關領域有豐富的工作經驗，能為客戶提供“全心U+端到端服務”。
