Published 1/2026
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 58m | Size: 1.3 GB
Understand PCIe PIPE interface, MAC-PHY handshake, PIPE signals, LTSSM flow, and real-world design concepts
What you’ll learn
Understand the role of the PIPE interface and why it is required between the PCIe MAC (controller) and PHY layers.
Knowledge on PIPE architecture and signal groups, including data, control, status, power management, and reset signals.
Analyze PIPE data path behavior across PCIe generations (Gen1–Gen6), including width, clocking, and encoding impact.
Understand link training and LTSSM interaction with PIPE signals during Detect, Polling, Recovery, and L0 states.
Requirements
PCIe basics
Test and reinforce knowledge of PCIe layered architecture and protocols.
Description
The PCI Express (PCIe) architecture is divided into multiple layers, but one of the most critical and often misunderstood parts of PCIe design is the PIPE (PHY Interface for PCI Express). The PIPE interface acts as the standardized digital boundary between the PCIe Controller (MAC) and the PHY, enabling seamless communication between high-speed analog hardware and pure digital logic.This course is designed to give you a clear, structured, and practical understanding of the PCIe PIPE interface, starting from the fundamentals and moving toward real-world design and verification insights.You will learn why the PIPE interface exists, how it evolved across PCIe generations, and how it enables controller designers and PHY designers to work independently while still maintaining strict protocol compliance.The course explains:The role of PIPE in PCIe architectureMAC-PHY responsibilities and signal ownershipDetailed explanation of PIPE transmit and receive signalsHow LTSSM states interact with the PIPE interfacePower management, reset behavior, and link initializationClocking, data width, and PIPE operating modesCommon design and verification challenges faced by engineersAll concepts are explained in a teaching-oriented style, using diagrams, step-by-step explanations, and practical intuition rather than just specification text. This makes the course suitable not only for learning but also for interview preparation and on-the-job confidence.Whether you are a VLSI student, PCIe verification engineer, RTL designer, or someone working with PCIe PHYs or controllers, this course will help you build a strong conceptual foundation in the PCIe PIPE interface.
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