![]() ![]() Lubuntu + remote desktop AMI with a Vivado 2018.2 disk attached.Lubuntu + remote desktop AMI with a Vivado 2017.4 disk attached.So we can launch a machine with a base AMI and load the snapshot of whatever version of Vivado we need. The idea behind having another disk with the installation of Vivado is to create a snapshot of this disk (e.g., for each version of Vivado). Next we want to prepare a disk with the installation of Vivado. The main idea for the next steps will be to prepare a new AMI based on the AMI above but with a desktop environment and remote desktop solution. Since I have had good experiences running Vivado on Ubuntu 16.04. Happily for us there exists such a solution ! X2Go, this software allows us to do remote desktop, forward X over SSH, etc.Īs for the OS, I chose to use the Ubuntu based on the Amazon “Ubuntu Server 16.04 LTS (HVM), SSD Volume Type – ami-0370f4064dbc392b9” AMI (Amazon Machine Image). Not to be required to open extra ports (As port 22 is open we should tunnel over SSH).For our remote desktop solution we want : Therefore, we need a way to do remote desktop. ![]() Vivado can be run via command line in batch mode but, sometimes, you need the graphical interface, e.g., to manually place floorplanning P-blocks. Setup Preparing a machineįor this, we will need a GNU/Linux machine with Vivado and a way to forward the graphical interface. ![]() This is the first cloud service based company/product I worked with so, if you have any advice or remarks on my workflow, feel free to comment. Amazon Web Services EC2Īmazon Web Services is one of the oldest Cloud services and is quite popular. But users with experience in such workflows should have no trouble launching instances, working with the command line over SSH and launching their runs remotely. This guide focuses more on the graphical workflow with Vivado, since it seems very popular and not everyone is familiar with the batch mode (tcl / makefile based workflow). Although this guide showcases the installation of Vivado, you can use it to install Quartus. We work both with Intel and Xilinx FPGAs. There are many advantages and very few drawbacks. Or simply work from a tiny laptop and do the implementation in the cloud. With the possibility to launch multiple instances of Vivado on very capable machines, we can upgrade our bitstream generating capacity by an order of magnitude. By launching Vivado multiple times in the Cloud on instances of our choice (need 128 CPUs and 2TB of RAM, go ahead, just kidding, but this is possible). The goal of this article is to show a way to tackle this problem and generate more bitstreams faster. However when implementing for big FPGAs such as Kintex/Virtex Ultrascale devices, the processing can take forever when running with a high resource usage. Vivado is one of our main tools when working with FPGAs. ![]()
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