IEEE

John D'Ambrosia, Chair of the IEEE P802.3dj Task Force at IEEE, discusses the future of Ethernet, focusing on the completion of the 802.3dj standard introducing 200 Gbps signaling for speeds up to 1.6 terabit Ethernet, with products already shipping. He highlights the industry's move toward defining 400 Gps signaling as the foundation for next-generation speeds including 3.2Tbps Ethernet and beyond.

John D'Ambrosia, Chair of the IEEE P802.3dj Task Force at IEEE, leads industry collaboration on 448 signaling development at the OAF workshop, representing early planning efforts for future Ethernet standards. His experience guiding three previous Ethernet speed transitions positions him to address the technical challenges of advancing from 200 to 400 gigabit implementations while the current standard is still being finalized.

John D'Ambrosia, Chair, IEEE P802.3dj Task Force at IEEE, discusses the working group's progress on 400 Gbit per second Ethernet signaling, covering modulation schemes, forward error correction, channel characteristics, and various fiber options including hollow core and multi-core fiber. He announces an IEEE workshop in late February to examine fiber technologies, emphasizing the goal of effective information transmission across different channel types as high-speed Ethernet development continues to advance.

Kent Lusted, 802.3dj Electrical Track Chair at IEEE, explores the ongoing development of Ethernet to address market demands and customer applications in AI, ML, and HPC. He examines the challenges of balancing component requirements and adapting Ethernet capabilities for future needs, emphasizing the importance of addressing both scale-out and scale-up networks in AI.