ביום ג', ה-18 בנובמבר 2025, תקיים חברת סינופסיס (Synopsys) וובינר שיוקדש לשימוש בארכיטקטורת PCIe מרובת זרמי נתונים (PCIe Multistream Architecture) כדי לספק קישוריות מהירה בקצבים של 64GT/s ו-128GT/s במערכי מחשבים גדולים (HPC) ובתשתיחות בינה מלאכותית (AI). ההדרכה המקוונת תשודר בשעה 19:00 לפי שעון ישראל ותימשך 60 דקות. היא תתקיים תחת הכותרת: How PCIe Multistream Architecture is enabling AI Connectivity at 64 GT/s and 128 GT/s.
רקע מקצועי:
AI and HPC workloads push fabric speeds to deliver higher parallelism and utilization at extreme data rates. To support these higher rates, the controller architecture needs to be completely redefined resulting in the new PCIe controller Multistream architecture where multiple TLP streams to be serialized over the link. This shift from the single-stream model of prior generations impacts how application interfaces and user logic are designed.
In this webinar, we will examine the architectural differences compared to controller’s architecture limited to 32GT/s or less, focusing on how multiple application interfaces are supported, their effect on link utilization, and the mechanisms for maintaining ordering across streams.
We will also analyze the implications for FLIT versus Non-FLIT mode, along with practical considerations for AXI bridge configuration under the new architecture.
Why You Should Attend:
- Understand Industry Bottlenecks
- Explore Practical Integration Solutions
- Gain Design-Level Insights
Speaker: Diwakar Kumaraswamy, Technical Product Manager at Synopsys with over 15 years of experience in SoC design and high-speed interconnects. He specializes in PCIe architecture for AI and HPC, supporting next-generation connectivity solutions for advanced infrastructure.

Key benefits of migrating to PCIe 5.0








Speaker: Jim Schultz, senior staff product manager for the Synopsys EDA Group. He holds a B.S. in electrical engineering from the University of California, Davis with an emphasis in electromagnetics. His design engineering experience includes physical verification, design planning and design implementation on CPUs, networking and security chips. As a product engineer, he has supported design implementation, design planning and package design at various EDA companies.



