Zedboard getting started

The goal of this guide is to familiarize the reader with the Vivado tools through the hello world of hardware, blinking an LED. Note: While this guide was created using Vivado Windows Open the start menu or desktop shortcut created during the installation process. Linux Open a terminal, cd into a working directory that can be cluttered with temporary Vivado files and logs, then run the following:.

This is the screen that displays after Vivado starts up. The buttons are described below using the image as a guide. This button will open the New Project wizard. This wizard steps the user through creating a new project. The wizard is stepped through in section 3. This button will open a file browser. Navigate to the desired Xilinx Project. This will guide the user through creating a new project based on an example project. These projects will not work on all devices. This will open the Hardware Manager without an associated project.

If connecting to and programming a device is all that is required by the user, then this is the button to use. The text in this dialog describes the steps that will be taken to create a project.

zedboard getting started

Click Next to continue to the first step. The first step is to set the name of the project. Vivado will use this name when generating its folder structure. Do NOT use spaces in your project name or location path. This will cause problems with Vivado.

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Instead use an underscore, a dash, or CamelCase. Now that the project has a name and a place to save its files we need to select the type of project we will be creating.

Source files will be added and created after the project has been created. Advanced users may use the other options on this screen, but they will not be covered in this guide.

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If your board does not appear in this list, then Digilent's board files haven't yet been installed. If this is the case, revisit the prerequisites section of this guide, then close Vivado and start again from the beginning. Now it is time to choose the target device. Click the Boards tab at the top of the dialog, then select your board from the list. The next section gives a summary of the options selected throughout the wizard.

Verify that the information looks correct and click Finish.This tutorial will walk you through what you need to know to get started on your projects and program your Zedboard using each of the three possible methods. A pdf by Xilinx also goes through these processes and was used in creating this guide pdf. If you already have a working SDK project continue.

If not, complete the getting started with Zynq tutorial to create a simple design to program with. It is important to note that the SD card that you select to program the Zedboard with must be formatted in Fat Other than that your device doesn't have to be empty and can contain other files and folders. This method of programming your board is great when you have a final project that you would like to demo or display that doesn't need to be edited and therefore reprogrammed. When the zedboard is power cycled, your application will run after the blue ready LED lights up.

Toggle Navigation. Store Blog Forum Projects Documentation. Dokuwiki Plugins Infobox Video Carousel. Table of Contents. Creating the Project 2.

Programming the Zedboard using an SD card at startup 4. Creating a boot image in SDK. Basic familiarity with Vivado. Vivado Design Suite Zedboard Support Files.

zedboard getting started

J17 2. SDK should then give you a progress bar and complete the fabric programming 2. You do not need to modify this project at all.

This proccess can be found in Appendix A 4. Then press program.Asked by rockxito To correct this violation, specify all pin locations. This design will fail to generate a bitstream unless all logical ports have a user specified site LOC constraint defined.

An input buffer must drive an internal load. Bitgen not run. I think it's because in the block design I could not open the Pmod corresponding to the Zedboard and then the pin assignment is not elaborated. Hi rockxito32. There is a board file that comes with vivado for the zedboard that is made by avnet. It look like you choose that board file. I have attached a screen shoot of what your option should look like if you have the digilent board files installed correctly.

Make sure you choose the zedboard that says digilentinc. Then to add the Pmod ACl right click on the pmod port you want to use and select the Pmod ACL and it will add it to your block design connected to whichever port you chose.

On your existing project you can right click on the pmod out on the Pmod ACL and select make external.

Getting Started with Zynq

I would delete the wrapper and re make it so the changes you make will be in the wrapper. Next look at the wrapper and you will see pins that are for the Pmod ACL.

Next you will need to add an xdc file. Then you choose what pmod port you want to use and copy the pins from the wrapper to the pmod port and uncomment those lines. So if you were using JA then. Hi jpeyron. Thank you in advance for your help. These are the changes made in my project:. The communication done in that tutorial, is only SPI communication?

If the connection is like that, I would think the configuration of the hardware in Vivado doesn't change, does it? But, I would think the software configuration in the SDK changes, such as the assignment of I2C address and the storage registers.

So, is there an example or how can I create those lines of code for I2C? If you are using the pmod ports like in your block design you do not need the xdc in the project.

I can see that all of them are "inout" signals, Can I work with whichever? After choose the pins for signals, is necessary set the "Pull type" for pullup resistors?

These resistors must be 4,7K connected to Vcc of Zedboard Pmod? Thank you for your time. I do not think you should be altering xilinxs I2C process. Can you attach the. You need to be a member in order to leave a comment.

zedboard getting started

Sign up for a new account in our community.This guide will provide a step by step walk-through of creating a hardware design using the Vivado IP Integrator for the Zedboard. Now the Hardware design is exported to the SDK tool. We will use SDK to create a Software application that will use the customized board interface data and FPGA hardware configuration by importing the hardware design information from Vivado. When you first run Vivado this will be the main start window where you can create a new project or open a recent one.

Click the Regenerate Layout button to rearrange your block design. Toggle Navigation. Store Blog Forum Projects Documentation. Dokuwiki Plugins Infobox Video Carousel. Table of Contents. Creating a New Project 2. Creating a New Block Design 3.

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Run the Connection Automation Tool 5. Generate the Bitstream 7. Export hardware files for SDK 8. Launch SDK 9. Create a new Hello World Application Project Run the Project.

Getting Started with Zynq. At the end of this tutorial you will have: Created a simple hardware design incorporating the on board LEDs and switches. Created a. Xilinx Vivado X with the SDK package.

Zedboard Support Files.

zedboard getting started

Vivado Open Vivado and select Zedboard. Click Next.

Getting Started with Vivado

Click through the next three screens. Click Next and then Finish. Make sure to select the board file made by Digilent. Click OK. Select Run Connection Automation highlighted in blue. This will check for design and connection errors. In the block design window, under the Design Sources tab, right-click on the block diagram file.This guide will provide a step by step walk-through of creating a hardware design using the Vivado IP Integrator for the Zybo board.

Now the Hardware design is exported to the SDK tool. We will use SDK to create a Software application that will use the customized board interface data and FPGA hardware configuration by importing the hardware design information from Vivado. When you first run Vivado this will be the main start window where you can create a new project or open a recent one.

Toggle Navigation. Store Blog Forum Projects Documentation. Dokuwiki Plugins Infobox Video Carousel. Table of Contents. Creating a New Project 2. Creating a New Block Design 3. Run the Connection Automation Tool 5.

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Generate the Bitstream 7. Export hardware files for SDK 8. Launch SDK 9. Creating Our Own Hello World Run the Project. Getting Started with Zynq. At the end of this tutorial you will have: Created a simple hardware design incorporating the on board LEDs and switches. Created a.

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Xilinx Vivado X with the SDK package. Zybo Support Files. Vivado Open Vivado and select Zybo board. Click Next. Click through the next three screens. Click Next and then Finish. Click OK. Select Run Connection Automation highlighted in blue.

Click the Regenerate Layout button to rearrange your block design. This will check for design and connection errors. In the block design window, under the Design Sources tab, right-click on the block diagram file.

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Wait for the process to complete and click OK. Click Nextselect Hello World and click Finish.Interested in learning a little about embedded Linux? Have you worked with Xilinx FPGAs and want to explore some of the software related to their implementation?

If you answered yes, then welcome!

Getting Started with Zynq

If you answered no to at least the first question then you should read through anyway, because this is pretty cool stuff. This GSG will be using the For some more info on MicroBlaze, check out this guide. This guide will walk you through the steps of initial setup for PetaLinux on your Linux machine and the implementation of a pre-built design on the Zybo.

By the end of this Instructable, you will be able to begin tinkering with the design from either the hardware description language HDL side, or create custom applications you can run within the Linux system running on your board. Lets get started! Did you use this instructable in your classroom?

Add a Teacher Note to share how you incorporated it into your lesson. You will need to download the installer for PetaLinux of the same version as the Vivado and SDK installation you should have on your system. Meaning if you have Vivado and SDK The download may take a while. Once the download has completed, make a directory in which you would like the PetaLinux tools to be installed in.

From your terminal, change directory cd into the directory the installer was downloaded into likely Downloads and run the installer with a specified path to the directory you just created. In your terminal, change directory cd into the directory the installer was downloaded into likely Downloads and run the installer with a specified path to the directory you just created. Starting from your home directory, enter the following commands also in screenshot above.

This is just one option of installation location. You can install PetaLinux into any typical directory and it will work fine, as long as you have the tools sourced correctly, which we will cover. As with many software development tools, there are a variety of dependencies that you will need to have in order for PetaLinux to operate.

Getting started guide

Many of the packages may already be installed on your computer, but some may not. A full list of the dependencies is included below for Ubuntu. PetaLinux operates using dependencies on bit libraries, so including those specific libraries indicated is required in order for it to operate correctly even if some may seem redundant.

In addition, PetaLinux can utilize a tftp server to streamline the development process, but it is not a requirement for it to function. The specified server package to use is tftpd, however I used tftpd-hpa and would suggest you do the same. If you are unfamiliar with the process of setting it up, you can take a look at this quick Instructable. Downloading these is the same as any other module that you can get through apt-get, but when you make the following function call or see image above you can simply enter each module's name in the same line with spaces between.

The list of dependencies for other Linux distributions can also be found in the PetaLinux documentationstarting on page The PetaLinux tools require you to use 'bash' as your shell rather than 'dash', which is likely your default shell if you're running Ubuntu. To change this, just enter the following command, which will set your default from 'dash' to 'bash'. The next thing to take care of will be to source the tools for PetaLinux to use within the terminal window.Did you use this instructable in your classroom?

Add a Teacher Note to share how you incorporated it into your lesson. Then, connect the power and ethernet cables. Before compiling and executing a Connectal project on your Zedboard, you must have Linux running and be able to connect to it.

Follow the instructions here to boot Linux on your Zedboard.

Zedboard- Hello World!!!

It is often useful to have direct access to the Linux console running on the Zedboard when debugging both hardware and software. The 'UART' usb port on the Zedboard connects to a serial port which is in turn connected to the console when Linux boots this specified by the linux command line.

These names will differ between machines and operating systems The Connectal framework includes its own terminal emulator called "consolable". Download and install it using the following commands:. Once you have compiled consolable, invoke it as follows, replacing tty. With consolable up and running, you can determine the IP addressed which has been assigned to your Zedboard by invoking 'ifconfig'.

Now that your Zedboard is running Linux and you can connect to it, you are ready to compile a Connectal project and run it on the board. If you need to learn how to create a Connectal project, follow the instructions here. Otherwise, skip to the next step. Follow the instructions here to compile and run a project on your Zedboard. Question 1 year ago. My zedboard is connected to ttyACM0 via dmesg but when I type that in place of tty.

Introduction: Connectal Zynq: Getting Started. By myronking Follow. More by the author:. Add Teacher Note. SD Card and card writer 2. Host machine running Linux or Mac OS 3.


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