Embedded System Design with Xilinx Zynq FPGA and VIVADO

Zynq Training with VIVADO Tool: Embedded System Design with Zynq 7000 (Zedboard/Zybo/MicroZed), VIVADO IPI & SDK.

3.79 (196 reviews)

Udemy

platform

English

language

Design Tools

What you will learn

Implmenting VIVADO Design Methodology and Zynq Architecture for FPGA Design.

Designing and Implementing Embedded Project on Vitis/VIVADO 2020.1 Tool

Design Custom Embedded System with Xilinx Zynq 7000 FPGA with VIVADO in VHDL

Create Custom AXI-4 Slave Led Controller IP with VIVADO IPI in VHDL.

Software Design for Embedded Application with VIVADO and SDK

To Create a bootable system capable of booting from the SD card and QSPI flash

Debug designs with SDK and Utilize Timer Resources of Processing System.

Design with VIVADO HLS and Export C/C++ Design into IP/RTL from HLS

VIVADO SDK application development in C

Why take this course?

🚀 Embark on a Deep Dive into Embedded System Design with Zynq 7000 Series FPGAs!

Are you an engineering student, a tech enthusiast, or a professional in the field of electronics and programming looking to master the art of embedded system design? If so, our Embedded System Design with Xilinx VIVADO Design Suit and Zynq FPGA course is tailor-made for you! 🎓

Course Highlights:

Comprehensive Curriculum: This course is crafted to elevate your hardware design skills using the latest tools and technologies from Xilinx.
Real-World Application: Learn by doing with hands-on projects using Zynq 7000 Series FPGAs on platforms like Zedboard, Zybo, or MicroZed.
Expert-Led Sessions: Benefit from the expertise of industry professionals as they guide you through the course material.

What You Will Learn:

Introduction to VIVADO: Get acquainted with the VIVADO Design Suite and understand its architecture and components.
Intellectual Property (IP) Mastery: Discover how to effectively use IP cores and learn the design methodology for integrating them into your projects.
Embedded System Basics: Start with the basics of designing an embedded system using Vivado and the SDK, including setting up your development environment and understanding the tool flow.
Custom IP Development: Learn how to create custom AXI-4 Lite LED controller IP tailored to your application's needs.
Programming the PS: Gain proficiency in programming the Processing System (PS) of the Zynq SoC, using SDK for real-world embedded application projects.
Timer API Utilization: Utilize the Timer API on the Zynq PS to implement time-based functionality within your designs.
Advanced Debugging Techniques: Master debugging techniques on the SDK for Zynq PS, ensuring robust and reliable system operation.
Creating Boot Images: Learn how to create a bootable image of your application project for SD and QSPI flash memory on the Zynq.
High-Level Synthesis (HLS) with VIVADO: Explore the world of HLS design methodology, synthesizing C/C++ code into RTL/HDL for high-performance embedded system designs.
Embedded Design with VIVADO HLS: Dive into a session dedicated to the VIVADO HLS tool, understanding how to transform C/C++ code into efficient RTL/HDL designs.

Practical Learning Experience:

Design and implement simple embedded systems to complex applications, including memory testing and real-time clock (RTC) applications using Timer API.
Create a bootable image of your application project using the SDK.
Access free video samples and a demo video to get a sneak peek into what this course offers.

Don't miss out on this opportunity to enhance your skills in embedded system design with Xilinx Zynq FPGAs and VIVADO tools! 🛠️💻

Enroll Now and Transform Your Expertise in Embedded System Design! 🌟

Screenshots

Embedded System Design with Xilinx Zynq FPGA and VIVADO - Screenshot_01

Embedded System Design with Xilinx Zynq FPGA and VIVADO - Screenshot_02

Embedded System Design with Xilinx Zynq FPGA and VIVADO - Screenshot_03

Embedded System Design with Xilinx Zynq FPGA and VIVADO - Screenshot_04

Our review

🡽 Course Review Summary

Overall Rating: 3.65/5
Recent Reviews Synthesis:

Pros:

Relevant Content: The course covers great content, including real applications using VIVADO, which is highly praised by learners looking for in-depth knowledge on FPGA, particularly with the Zynq platform.
Practical Labs: Many users find the labs to be very good and valuable, providing a solid introduction to processor systems and practical examples of custom AXI IP Packaging, ILA, VIO Debugging, and more.
Structured Content: The course structure is generally appreciated for its organization and the progression of topics from basic to more advanced levels.
Resourceful: Code and examples are available, which helps learners apply what they've learned in a practical setting.
Diverse Learning Materials: Some users have highlighted the inclusion of closed captioning, which has been beneficial for understanding instructions despite the instructor's accent.

Cons:

Pronunciation and Speed: Several reviewers note that the instructor speaks very fast and has a difficult accent, making it hard to follow lectures without the aid of subtitles or transcriptions.
Caption Inconsistencies: While closed captioning is available, its effectiveness can be limited as some users report that even the captions are sometimes difficult to understand due to the instructor's speed and accent.
Software and Hardware Requirements: There is confusion regarding the course's initial claim about compatibility with various software versions and hardware platforms; learners find it necessary to have access to a multitude of specific tools and devices, which could be a barrier for some users.
Language Proficiency: The instructor's English proficiency is a recurring concern, as it affects the clarity and understandability of the lectures. Some sections are noted to be better than others.
Inconsistent Content Presentation: Certain features used in projects are mentioned after they are applied in the course, which can lead to confusion for learners who may not have anticipated their later use.

Additional Notes:

Professionalism and Expertise: Despite the issues with clarity, the instructor is considered a highly knowledgeable person in their subject matter.
Hardware Compatibility Confusion: At the beginning of the course, it's stated that you can use any software version or hardware of your choice, but this turns out not to be the case. Learners need specific versions and devices, which should be clarified to set accurate expectations.
Room for Improvement: The course has potential with excellent content, but improvements in the instructor's speech clarity, subtitle accuracy, and the initial claims about course compatibility with different software and hardware would greatly enhance the learning experience.

Final Thoughts:

The course offers substantial value with its comprehensive content on FPGA design with Zynq, VIVADO, and practical labs. However, to fully benefit from it, learners should be prepared for challenges related to the instructor's accent and speech speed, as well as the specific software and hardware requirements outlined in the course. With some adjustments and improvements, this course could be an even more valuable resource for those interested in FPGA development.