电子光子设计自动化（EPDA）如何简化设计流程：电子书
Simplify Electronic-Photonic Design Workflows: eBook
Semiconductor Engineering 发布电子书，介绍 EDA 向光子器件、电路与系统设计方法的自然演进。受带宽需求激增、功耗与延迟约束以及硅光子技术快速普及驱动，传统 EDA 流程无法应对光子学的复杂物理与深度集成，工程师需要转向电子光子设计自动化（EPDA）这一新设计范式，以交付可扩展、可制造的光电融合系统。
The natural evolution of EDA, extending proven design methodologies to include photonic devices, circuits, and systems.
Combining light-based components with traditional electronics is not straightforward. Conventional electronic design automation (EDA) workflows were never built to handle the complex physics and deep integration demanded by photonics. As optical and electronic technologies converge, engineers face tighter cross-domain coupling and unprecedented system-level complexity.
Addressing these challenges requires a new design paradigm: electronic photonic design automation (EPDA).
Driven by exploding bandwidth demands, power and latency constraints, and the rapid adoption of silicon photonics, EPDA is no longer optional — it is essential for delivering scalable, manufacturable electronic photonic systems.
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来源：Semiconductor Engineering 芯片与封装 · semiengineering.com