• views: 175
• date: 31 March 2026
• posted by: voska89

What you'll learn

Idea of VHDL Programming , VIVADO Design Methodology and Designing/Implementing Design in Zynq FPGA-ZedBoard
Use fundamental VHDL constructs to create simple designs. Understanding the Conditional Statements in VHDL.
Design Simulation testbench on VHDL and simulating the designs.
Design with structural design methodology on VHDL.
Designing Decoder, Adder, Register and Counter in VHDL and Implementing in ZedBoard
Implementing State Machine in VHDL; Designing/Implementing Sequence Detector

Requirements

Basic idea of VHDL
Idea of VIVADO Design Suit and Zynq 7000 Architecture
FPGA Design Methodology Basic
We have included all the basics of VHDL, VIVADO and Zynq in this Course, So No Worries!!!

Description

"Learn VIVADO Development from Basic to Intermediate Level!!!"
This Course is of VHDL Programming from Basic (logic gate design) to Advance Design (Structural Design and State Machine Design). After completing the course student will get idea of VHDL programming design methodology, VIVADO Design Flow, Zynq Architecture, Creating Simulation Testbench, Conditional Statements, Combinational Circuit Design with VHDl, Sequential Circuit Design, Structural Design in VHDL and State Machine Design in VHDL.
In each section we have included Lab session on VIVADO which have been implemented on Zynq Board (i.e ZedBoard) FPGA, so Student will get complete design skill on VHDL with VIVADO.
You guys can Learn the course while using ISE Design Suit.While VIVADO is successor of ISE so this Course and VHDL Design Methodology is same for ISE based design so do not scare about VIVADO because of it just a latest version of Design tool than ISE.
The Top Level Outlines of the Course is
• Basic Digital Design with VHDL and VIVADO Tool
• Creating Testbench on VHDL and Simulating with VIVADO Tool
• Combinational Circuit Design in VHDL: Decoder Design,
• Sequential Circuit Design in VHDL: BCD Counter Design and implementation on ZedBoard
• Implementing digital design lab on Xilinx Zynq Boards: ZedBoard and Zybo
• Structural Design in VHDL: Creating Full Adder using Half Adder
• State Machine Design : Designing Sequence Detector in VHDL
• 8-bit ALU Design and Simulation in VHDL

Who this course is for

Electronics Engineering
Computer Science
Electrical Engineering
Robotics Enthusiast
Embedded System




   
   
   

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