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Verilog - HDL

Unlock the power of Verilog HDL with Maven Silicon. Dive into digital design, learning VLSI principles and advanced techniques for efficient hardware development.

4.7
(401 ratings)
Course Instructor Maven Silicon

₹2999.00 ₹9900.00 70% OFF

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Course Overview

Welcome to the Verilog - HDL course – your gateway to mastering the essentials of Verilog. From Verilog HDL Reference Material to Verilog Labs, this course covers a range of modules designed to enhance your proficiency in hardware design and verification. Engage in practical assignments to reinforce your knowledge and emerge well-prepared to apply Verilog in real-world scenarios. Join us on this enriching journey into the realm of Verilog - HDL!

Course Curriculum

1 Subject

Verilog - HDL

8 Exercises24 Learning Materials

Verilog HDL Reference Material

Verilog HDL - Quick Reference Guide

PDF

Introduction to Verilog HDL

Verilog_Course_Agenda

Video
14:12

VerilogHDL_Introduction

Video
28:35

Knowledge Check - Introduction to Verilog HDL

Exercise

Data Types

Data Types

Video
30:4

Knowledge Check - Data Types

Exercise

Verilog Operators

Verilog Operators

Video
30:6

Knowledge Check - Verilog Operators

Exercise

Advanced Verilog for Verification

Advance Verilog for Verification

Video
29:7

Knowledge Check - Verilog for Verification

Exercise

Assignments

Assignments

Video
23:21

Knowledge Check - Assignments

Exercise

Structured Procedures

Structured Procedures

Video
20:31

Knowledge Check - Structured Procedures

Exercise

Synthesis Coding Style

Synthesis Coding Style

Video
20:59

Knowledge Check - Synthesis Coding Style

Exercise

Finite State Machine

Finite State Machine

Video
16:19

Knowledge Check - Finite State Machine

Exercise

Summary

Summary

Video
23:58

Feedback Form

Feedback Form

External Link

Verilog Labs

Instructions - Verilog Labs

PDF

Verilog Lab Manual

PDF

Verilog Labs Folder - Download

ZIP

EDA Tools - Installation Guide

Video
18:50

EDA Tools - User Guide

Video
5:22

Solution to Lab 1

Video
23:43

Solution to Lab 2

Video
10:28

Solution to Lab 3

Video
6:1

Solution to Lab 4

Video
6:53

Solution to Lab 5

Video
6:41

Solution to Lab 6

Video
8:18

Solutions - Verilog Labs - Download

ZIP

Course Instructor

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Maven Silicon

260 Courses   •   298721 Students


Ratings & Reviews

4.7 /5

401 ratings

367 reviews

5

67%

4

33%

3

0%

2

0%

1

0%
S
Susmitha

a year ago

KS
Krishan Singh

2 years ago

good
HK
Hariom Kumar

2 years ago

Very well designed and informative course

FAQs

1. How can a Verilog tutorial help beginners?

A Verilog tutorial helps beginners understand the language's core concepts, from basic syntax to creating simple digital circuit designs.

2. How is Verilog different from other HDLs?

Verilog is widely used for digital circuit design due to its clear syntax and strong simulation support, making it ideal for both beginners and experts.

3. Can Verilog be used for both simulation and actual hardware design?

Yes, Verilog can be used for both simulating digital circuits and generating actual hardware designs, including FPGA and ASIC implementations.

4. Why is Verilog considered a standard in digital design?

Verilog is a standard in digital design due to its widespread use, simplicity, and ability to describe hardware behavior and structure efficiently.

5. How long does it take to complete a Verilog HDL tutorial?

It typically takes a few weeks to a couple of months, depending on the course depth and your prior knowledge of digital design.

6. What skills will I gain from a Verilog language tutorial?

You'll gain skills in writing Verilog code, simulating designs, creating testbenches, and synthesizing digital systems for hardware implementation.

7. How does Verilog programming language help in real-world projects?

Verilog enables efficient modeling and simulation of complex digital systems, which is essential for real-world hardware projects like processors and controllers.

8. Is Verilog programming used only for small-scale projects?

No, Verilog is used for both small-scale projects like simple circuits and large-scale designs such as processors and integrated systems.

9. Why are coding examples important in learning Verilog?

Coding examples provide practical insights into how theoretical concepts are applied, helping students build a strong foundation in digital design.

10. How does understanding Verilog syntax benefit hardware design?

Understanding Verilog syntax ensures that designs are syntactically correct, making simulations more accurate and leading to fewer errors during hardware implementation.

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