UVM - Step by Step guide to learning UVM .
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Leçons de ce cours
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1.
Introduction
3:24
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2.
History and evolution
5:07
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3.
What is UVM
8:34
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4.
Why UVM
4:59
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5.
UVM testbench top
6:41
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6.
UVM test
6:17
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7.
UVM testbench
4:12
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8.
UVM Env
4:12
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9.
UVM agent
6:10
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10.
UVM driver
5:28
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11.
UVM monitor
6:39
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12.
UVM Reg
7:34
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13.
UVM recap and resources
2:46
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À propos de ce cours
This comprehensive course offers a practical, step-by-step guide to mastering the Universal Verification Methodology (UVM) using SystemVerilog. Designed for both beginners and engineers with some verification background, the class walks you through the fundamentals of UVM, from its origins to hands-on testbench development.
We start with the history and evolution of verification methodologies, introducing UVM and explaining why it has become the industry standard. You’ll gain a solid understanding of the UVM testbench architecture, including key components such as the UVM agent, driver, and monitor.
The course will also cover advanced topics like UVM Register Layer (UVM Reg), providing the tools you need to build scalable and reusable verification environments. Each module includes practical examples and coding exercises to reinforce learning.
We wrap up with a recap and curated list of resources to support your continued growth in UVM.
By the end of the course, you’ll be equipped with the knowledge and skills to confidently design and implement UVM-based verification environments.
Projet de cours pratique
Project Objectives:
• Create and connect UVM components (env, agent, driver, monitor, scoreboard)
• Write reusable sequences to stimulate the ALU
• Use UVM configuration database and factory
• Implement basic coverage collection and assertions
Resources and Links:
• UVM Class Reference
• EDA Playground - UVM Sandbox
• UVM GitHub Examples by Doulos
• SystemVerilog & UVM Tutorial by Intel
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