Udemy – PCIe Gen 6.0 Protocol : Basics to Advanced (VLSI) 2024-12

Apr 18, 2025 - 18:47

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PCIe Gen 6.0 Protocol: Basics to Advanced (VLSI) is a comprehensive course on the latest PCI Express standard published by Udemy Online Academy. This is an in-depth course designed to provide a comprehensive understanding of the latest PCI Express standard used in high-speed data transfer applications. The course covers fundamental concepts, including the PCIe architecture, layers, and key enhancements introduced in Gen 6.0, such as PAM4 signaling, FLIT-based encryption, and bandwidth efficiency improvements. It also addresses advanced topics such as transaction layer packet structures, flow control, error management, and power management, making it ideal for VLSI engineers and system architects.

The course explores the backward compatibility of PCIe Gen 6 with previous versions and ensures seamless integration with existing systems. You will gain insights into how Gen 6 achieves double the bandwidth of Gen 5 while addressing energy efficiency and system scalability. Practical insights into PCIe verification, debugging techniques, and industrial use cases help bridge the gap between theory and real-world implementation. By the end of this course, learners will have a comprehensive understanding of PCIe Gen 6.0, enabling them to work on advanced hardware design and validation.

What you will learn in PCIe Gen 6.0 Protocol : Basics to Advanced (VLSI):

Key features and improvements of PCIe Gen6
How data is transferred using high-speed lanes
The physical and protocol layers of the PCIe architecture
Fault management, energy efficiency, and security mechanisms
Real-world applications and system design considerations
and …

Course specifications

Publisher: Udemy
Instructors: Asiclab VLSI Academy
Language: English
Level: Introductory to Advanced
Number of Lessons: 40
Duration: 6 hours and 41 minutes

Course topics

PCIe Gen 6.0 Protocol : Basics to Advanced (VLSI) Content

PCIe Gen 6.0 Protocol : Basics to Advanced (VLSI) Prerequisites

Basic understanding of computer architecture and I/O interfaces.
Knowledge of digital electronics and data communication principles.
Optionally experience with hardware design or embedded systems.
Interest in high-speed interfaces and system integration.