Embedded System Design with Xilinx Zynq FPGA and VIVADO
Embedded System Design with Xilinx Zynq FPGA and VIVADO, available at $49.99, has an average rating of 3.9, with 40 lectures, based on 194 reviews, and has 1387 subscribers.
You will learn about 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 This course is ideal for individuals who are Electrical Engineering or Computer Engineering and Computer Science or Electronics Engineering or Embedded System Design Enthusiast and Professionals or Zynq Training Enthusiasts It is particularly useful for Electrical Engineering or Computer Engineering and Computer Science or Electronics Engineering or Embedded System Design Enthusiast and Professionals or Zynq Training Enthusiasts.
Enroll now: Embedded System Design with Xilinx Zynq FPGA and VIVADO
Summary
Title: Embedded System Design with Xilinx Zynq FPGA and VIVADO
Price: $49.99
Average Rating: 3.9
Number of Lectures: 40
Number of Published Lectures: 40
Number of Curriculum Items: 40
Number of Published Curriculum Objects: 40
Original Price: $174.99
Quality Status: approved
Status: Live
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
Who Should Attend
- Electrical Engineering
- Computer Engineering and Computer Science
- Electronics Engineering
- Embedded System Design Enthusiast and Professionals
- Zynq Training Enthusiasts
Target Audiences
- Electrical Engineering
- Computer Engineering and Computer Science
- Electronics Engineering
- Embedded System Design Enthusiast and Professionals
- Zynq Training Enthusiasts
Note: Course is updated with HLS Design Lab & Debugging Sessions.
Embedded System Design with Xilinx VIVADO Design Suit and Zynq FPGA is targeted for Hardware (FPGA) Design and Embedded enthusiast who want to upgrade and enhance their hardware(FPGA) Design Skills with State of Art Design Tools and FPGA from Xilinx. This course cover from Introduction to VIVADO, Intellectual Property (IP), IP Design Methodology, designing basic embedded system with Vivado and SDK, Creating custom AXI-4 Lite Led Controller IP, Programming Processing System (PS) of Zynq (i.e Zedboard) with Embedded Application projects from SDK , Utilizing Timer API and Debugging Features on SDK for Zynq PS, and Creating Boot Image of the Application Project for SD and QSPI flash of Zynq (ZedBoard).
Finally we have included the session on “Embedded Design with VIVADO HLS” this session includes the HLS Design Methodology, Synthesizing HLS C/C++ Project, Generating RTL/HDL from C/C++ and Exporting C/C++ project in to IP-XACT/ Pcore/Sys Gen Format.
So from this course you will able to get design/implementation skills of simple embedded system (Memory Test Application) to complex application design (utilizing Timer, Debugging etc.) and Create Bootable Image file of the application project.For more details please watch the demo video and some Free video of course.
Course Curriculum
Chapter 1: Section_1_Overview with Xilinx VIVADO Design Suit and Zynq FPGA
Lecture 1: Overview of VIVADO and Zynq
Lecture 2: Section_1 Part 2 Overview of VIVADO and Zynq FPGA: Zynq Architecture Overview
Lecture 3: How to install VIVADO and Get 30 Day Evaluation License
Lecture 4: Section 1 How to Add Boards on VIVADO (Adding Zybo Board)
Lecture 5: Verilog Reference Guide From Digitronix Nepal
Lecture 6: VHDL Reference Guide From Digitronix Nepal
Lecture 7: Lab 1a-Basic Hardware Design with VIVADO IP Integrator for Zedboard
Lecture 8: Section 1 Lab 1a Output_Basic HDL implementation on ZedBoard FPGA
Lecture 9: Section 1 Lab 1b Basic HDL Design/Implement on Zybo FPGA
Lecture 10: Section 1 AXI Protocol Overview
Chapter 2: Section_2_Basic Embedded System Architecture and Designing with Zynq PS and GPIO
Lecture 1: Embedded System Overview & Lab 21 Memory Test Application on Zynq PS
Lecture 2: Hello World with Zynq FPGA
Lecture 3: Lab 21b Memory Test Application Zybo FPGA Implementation
Lecture 4: Lab22 Interfacing the Zynq PS and AXI GPIO IP (Buttons and Switch)
Chapter 3: Section_3_How to Create a Cusom IP (Led Controller) with VHDL in VIVADO for Zynq
Lecture 1: How to Create a Cusom LED Controller IP with VHDL in VIVADO for Zynq : Overview
Lecture 2: Section 3 Lab 1 Creating Custom IP :Create Led_controller IP in VHDL
Chapter 4: Section_4_Software Development with Xilinx SDK for Embedded Application
Lecture 1: Section 4_1 Lecture 1 and 2: Overview and Introduction to SDK
Lecture 2: Section_4_2 Lab: Writing Software Application for Led Controller IP
Lecture 3: Section 4_2 Demo of Lab: Implementing Led_controller on ZedBoard with SDK
Lecture 4: [Optional LAB] LED Controller in Verilog with VIVADO, ZedBoard & Ubuntu
Chapter 5: Section_5_Software Writing for Timer and Debugging with SDK
Lecture 1: Timer, Programming and Debugging Methodology with SDK on Zynq FPGA
Lecture 2: Lab 5-Software Writing for Timer and Debugging Using Software Development
Chapter 6: Section_6_Configuration and Bootloading with SDK (Creating Custom Bootable File)
Lecture 1: Overview of Configuration and Bootloading with SDK
Lecture 2: Lab 6 Creating Bootable file of the application project for SD
Lecture 3: Lab 62- Creating Bootable File for Zynq FPGA
Chapter 7: Section_7_Embedded Design with VIVADO High Level Synthesis-HLS: Counter Design
Lecture 1: Section 7 VIVADO HLS Design Methodology & Lab 71: Counter Design with HLS
Chapter 8: Section_8_VIVADO Tcl Scripting: Creating VIVADO Project with Tcl Commands
Lecture 1: Section 8 VIVADO Tcl Scripting
Lecture 2: Section 8 Lab 81 Creating Basic Project (Half Adder) with Tcl Commands in VIVADO
Lecture 3: Section 8 Lab82 importing Tcl scripts form Github/Tcl file(Creating BCD Counter)
Lecture 4: Tcl Reference Guide From Digitronix Nepal
Chapter 9: Section_9_ Debugging with VIVADO: Hardware and Software Debuggin
Lecture 1: Section 91 Debugging with VIVADO Hardware and Software Debugging
Lecture 2: Lab91: GPIO Base Design for Debugging
Lecture 3: Lab92: Debugging with ILA on Lab91
Lecture 4: Lab93: Debugging with VIO on Lab92
Lecture 5: Lab 94: XADC Debugging Demo with VIVADO and Zybo FPGA
Chapter 10: Section_10 Vitis/VIVADO 2020.1 Project Session
Lecture 1: Creating Basic GPIO project with Vitis 2020.1
Chapter 11: VIVADO 2021.1 Session for VDMA IP Pipeline Design for PYNQ
Lecture 1: VDMA-Video Pipeline Design for PYNQ Board on VIVADO 2021.1
Chapter 12: Petalinux Development with Zynq
Lecture 1: Developing Petalinux for Custom VIVADO Project [Led Controller Project]
Chapter 13: Conclusion & Bonus Lecture
Lecture 1: What Next?
Lecture 2: Books and Reference Links
Instructors
-
Digitronix Nepal
FPGA Design Company
Rating Distribution
- 1 stars: 21 votes
- 2 stars: 24 votes
- 3 stars: 48 votes
- 4 stars: 51 votes
- 5 stars: 50 votes
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