![]() In the menu above the Vivado 2022.2 main interface, click Reports and select Report IP Status. To ensure that the build process goes smoothly, the IP cores need to be upgraded. The critical warning that appears during IP core import is safe and can be ignored. Click Finish to complete the import of the IP cores.Check Copy sources into project and Add sources from subdirectories, uncheck Scan and add RTL include files into project. In the Add or Create Design Sources page that appears, click Add Directories and select project/flydog/import_ip.Select Add or create design sources in the wizard that appears.Once the project has been created, click Add Sources in the left menu of the Vivado 2022.2 main screen to add the IP cores. Type xc7a35tftg256-1 in the search box and check the listed hardware. Select the hardware in the Default Part page.Click Add Files on the Add Constraints page, select KiwiSDR.xdc and leave Copy constraints files into project unchecked.Check Scan and add RTL include files into project and Add sources from sub directories, uncheck Copy sources into project. Click Add Directories and select project/flydog/import_src.Select RTL Project for Project Type and leave Do not specify source at this time unchecked.In the wizard that appears, fill in the project name (flydog) and select the path to the project directory. ![]() Start Vivado 2022.2 and select Create Project under Quick Start on the home page to create a new project. # Create a Project and Import the Source and IP Cores Import_src contains the FPGA related project files and flydog/import_ip contains the related IP cores. Use Git to get the FlyDog_SDR_GPS core source ~]$ tree -d projectĬopy everything under FlyDog_SDR_GPS/verilog to project/flydog/import_src and everything under FlyDog_SDR_GPS/verilog.Vivado.2022.2.ip to project/flydog/import_ip. # Create a Vivado Project # Source and IP Cores Once the installation is complete, the user can set the relevant environment variables to ensure that Vivado-related commands can be executed in the terminal (optional setting).įor Windows systems, add Vivado-installation-path/bin to the PATH in the Advanced System Settings.įor Linux systems, add export PATH=/opt/Xilinx/Vivado/2022.2/bin:$PATH to the current user's. # Installing VivadoĪfter unzipping Xilinx_Unified_2022.2_1014_, execute xsetup.exe as administrator on Windows and xsetup in privileged mode on Linux.ĭuring the installation process, choose to install ISE WebPACK Design Software. The file size of Vivado 2022.2 is 89.4 GB and you will need to have a good internet connection to download it. To download Vivado 2022.2, developers will need to create a AMD account (opens new window).Īfter logging in to your account, go to the Vivado 2022.2 download page (opens new window), select Vivado ML Edition - 2022.2 Full Product Installation and fill in the relevant form to obtain the file download link. Vivado 2022.2 will take up approximately 34 GB of disk space after installation.įor Vivado 2022.2 release notes, see Vivado Design Suite User Guide: Release Notes, Installation, and Licensing (UG973) (opens new window). SUSE Linux Enterprise 12 SP and 15 SP2 (64-bit), English/Japanese.Vivado 2022.2 supports the following versions of operating systems and distributions. ![]() ![]() # Build the Development EnvironmentįlyDog SDR uses Vivado 2022.2 for FPGA development. ![]() FlyDog SDR uses an FPGA to process the data sampled by the ADC, so the associated FPGA bitstream file (.bit) needs to be built. ![]()
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