Learn VHDL and FPGA Development Hands On

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Your FPGA Guy Christman

2:07:42

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1. Introduction

1. Introduction.mp4

01:21

2. UART

1. UART Introduction.mp4

03:53

2. UART Protocol.mp4

04:42

3. UART Transmission Example.mp4

03:46

4. UART Verification 1.mp4

04:12

5. UART Controller Simulation and Verification.mp4

05:46

6. Transmitter State Machine Diagram.mp4

03:11

7. UART Receiver State Machine Design.mp4

02:51

8. UART Receiver Simulation and Verification.mp4

05:02

9. UART Transmitter Design.mp4

07:42

10. UART Transmitter Simulation and Verification.mp4

05:53

11. UART Vivado.mp4

07:44

12. UART Conclusion.mp4

02:13

3. Communication Protocols

1. FPGA Communications Creating a Project in Vivado.mp4

11:30

2. FPGA Communications PWM Servo Motor.mp4

04:11

3. FPGA Communications PS 2 Protocol.mp4

02:33

4. FPGA Communications PWM Buzzer Control.mp4

04:29

5. FPGA Communications PS 2 Keyboard.mp4

05:11

6. FPGA Communications Vivado Download and Installation.mp4

07:39

7. FPGA Communications Simulating your PWM Design in Vivado.mp4

04:26

8. FPGA Communications PWM Waveforms.mp4

02:25

9. FPGA Communications Simulating your PWM Design in Vivado.mp4

04:26

10. FPGA Communications PWM Terminal Demo.mp4

06:03

11. FPGA Communications Intro PWM.mp4

01:44

12. FPGA Communications Mouse.mp4

04:51

13. FPGA Communications Mouse Project.mp4

04:36

14. FPGA Communications Intro PS 2.mp4

03:49

4. Conclusion

1. Conclusion.mp4

01:33

Description

Use VHDL to develop FPGA applications that run on development boards

What You'll Learn?

Understand the VHDL design and development process
Learn how to implement designs using VHDL development tools
Become familiar with the various FPGA development tools available
Complete projects from conception to full implementation

Who is this for?

Anyone interested in learning how to create VHDL designs

What You Need to Know?

Basic knowledge of digital electronics such as logic gates

More details

Description
Learn the Essentials of VHDL and FPGA Development Hands on is a course that is designed to teach students about VHDL and FPGA's through hands on labs.Â Prior to working through the projects you will go through the various VHDL design structure sections that will explain the various concepts and terms needed to implement the projects in VHDL. The projects in this course:

Pulse Width Modulation
This section of projects covers various uses for PWM, including buzzers and servo motors.
Infrared Communication
A project that is designed to teach sudents how they can use an FPGA to interpret commands or codes that are sent via infrared signals, such as a tv remote.
PS/2 Communication
This project implements a PS/2 interface to communicate with a mouse and keyboard.
UART Controller
In this section students will design and build a UART transmitter, receiver, and controller that will be able to receive commands via the on board UART terminal on the development board.
LED Controller
This section covers ways to control various types of LEDs including Neo Pixels and RGB LEDs.
All of the required background and knowledge to complete each project will be explained prior to completing the projects above. There are demonstration videos and walkthroughs for each project so that you can have a deep understanding of how the project works. Walkthroughs of the completed projects are also included to further your understanding of how these designs are implemented.
Who this course is for:
Anyone interested in learning how to create VHDL designs

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A talented FPGA engineer with degrees in Electronic and Computer Engineering Technology and Electrical Engineering from the University of Dayton, Jordan also has a patent pending for an innovative electronic monitoring device. Proficient in FPGA development, digital electronics, circuit board design, and VHDL design and modeling of hardware systems, his expertise is rooted in embedded systems.His passion for engineering extends beyond academia, as he actively pursues diverse interests that allow him to further develop his skills. These include mobile application development, PCB layout and assembly, computer application programming, and various other electrical engineering pursuits, demonstrating his commitment to continuous learning and innovation in the field.

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