How to Download and Install Vivado 2017.4 HLS

Vivado is a powerful tool for HDL synthesis and analysis, but it can be a bit of a pain to set up and use. However, with the right guidance, you can overcome these challenges and start using this tool effectively.

Before diving into the installation process, it's essential to understand what Vivado is and what it offers. Vivado is Xilinx's integrated development environment (IDE) for designing and verifying digital circuits. It provides a comprehensive set of tools for designing, implementing, and verifying complex digital systems.

To get started with Vivado 2017.4 HLS, you'll need to download the software from the official Xilinx website. Once downloaded, follow these steps:

1. Extract the installation files: Extract the downloaded zip file to a directory on your computer.

2. Run the installer: Navigate to the extracted directory and run the installer executable (setup.exe).

3. Follow the prompts: The installer will guide you through the installation process, prompting you to select the components you want to install.

Some of the key features that are included in Vivado 2017.4 HLS are:

* Support for pixel parallelism in Bilateral filter function

* Latency calculation logic around OpenCV/reference function calls in testbench files

* Makefiles in SDSoC examples that build for 75MHz and point to zcu102 base platform instead of reVISION platform

* WarpTransform serves the purpose of both WarpAffine and WarpPerspective functions

Additionally, Vivado 2017.4 HLS includes several new features and improvements, including:

* Extended Kalman filter feature added into Kalman filter function

* Introduced read, write, read_float, and write_float member functions to facilitate data access of xf::Mat objects

* The datatype of xf::Mat Class pointer member 'data' has been modified to be inferred as a Structure or a HLS arbitrary precision type based on the stage of the build

It's important to note that Vivado 2017.4 HLS is not backward-compatible with previous versions of SDx, and all functions in the library have to be built with 2019.1 SDx tools only.

Overall, Vivado 2017.4 HLS is a powerful tool for HDL synthesis and analysis, but it can be challenging to set up and use. With the right guidance and understanding of its features and improvements, you can overcome these challenges and start using this tool effectively.

Getting Started with Vivado 2017.4 HLS

To get started with Vivado 2017.4 HLS, follow these steps:

1. Download and install Vivado 2017.4 HLS from the official Xilinx website.

2. Extract the installation files to a directory on your computer.

3. Run the installer executable (setup.exe) and follow the prompts.

4. Once installed, you can start using Vivado 2017.4 HLS by launching the software and following the tutorials and examples provided.

Vivado 2017.4 HLS is a powerful tool for HDL synthesis and analysis, offering several new features and improvements over previous versions. While it can be challenging to set up and use, with the right guidance and understanding of its features and improvements, you can overcome these challenges and start using this tool effectively.

References

* Xilinx UG1233: 'Building a Project Using the Example Makefiles on Linux'

* Xilinx UG1233: 'Getting Started with SDAccel' chapter

* Xilinx documentation: Vivado 2017.4 HLS release notes

Additional Resources

For more information about Vivado 2017.4 HLS, refer to the official Xilinx website and the Vivado 2017.4 HLS release notes. You can also find tutorials and examples provided by Xilinx to help you get started with using this tool.

Download vivado 2017.4 hls