Design and optimize Si Photonic Transmitters for 800G and beyond | CADFEM meets Despoina Petousi скачать в хорошем качестве

Design and optimize Si Photonic Transmitters for 800G and beyond | CADFEM meets Despoina Petousi

In this episode we discuss the growing challenge of meeting bandwidth demands in next-generation transceivers, especially as AI applications drive the need for faster, smaller, and more efficient photonic components. Learn how silicon photonic modulators can be designed and optimized—from physical properties like waveguide geometry and doping concentration to electro-optic and RF performance—using advanced simulation tools such as Ansys Lumercial and Ansys HFSS: ✅ Modeling electro-optic responses ✅ Calculating key figures of merit: insertion loss, modulation efficiency ✅ Tackling bandwidth–loss trade-offs inherent in silicon ✅ Comparing silicon to alternative materials like lithium niobate Discover why silicon photonics still holds promise for applications up to 800G—and what’s needed to push beyond. A must-watch for anyone working on high-speed optical interconnects and next-gen transceiver design. "CADFEM meets": Despoina Petousi, Advanced Engineer Advanced Technology, Adtran Networks SE Ervand Kandelaki, Business Development Manager Optics, CADFEM Germany GmbH Subscribe to our channel: https://www.youtube.com/cadfem?sub_co... CADFEM Blog: https://blog.cadfem.net/de CADFEM Tech-Artikel: https://blog.cadfem.net/de/tag/tech-a... CADFEM LinkedIn:   / cadfem-germany   CADFEM Instagram:   / cadfem.germany   CADFEM Newsletter: https://resources.cadfem.net/de/newsl... CADFEM: https://www.cadfem.net/