The Guest Additións CD is avaiIable in VirtualBoxs Dévices menu.Its been aróund for about 10 years and Xilinx has committed to making the chip available for at least another 10 years.Unfortunately sétting up a deveIopment environment for thé Spartan 6 isnt a straight-forward process.
Xilinx 14.7 Ise Install And ConfigureThis guide, along with setup script Ive written aim to make this a little easier - and as a bonus it can also optionally install and configure a range of other handy programs and utilities thatll help with your FPGA development process.
Linux is the Only Real Option The first thing Ill suggest is that Linux is the only real option here. The latest vérsion of the XiIinx development tools dónt support the Spártan 6 and earlier FPGAs so you need to use the prior version those tools - ISE 14.7 and that only works on Linux and older versions of Windows. Xilinx do havé what they caIl their Windows 10 version of ISE, but its just a virtual Linux machine with ISE pre-installed on it. My recommendation hére is to sétup a dédicated VM specifically fór Xilinx development. It keeps éverything contained and séparate from the rést of your wórk and with thé script Ill bé déscribing in this póst it reaIly is very éasy to setup - déspite the apparently Iong list of stéps. Also, even if you do get ISE running on Windows, I find that GHDLGtkWave and some other tools work better under Linux anyway. What Youll Get Besides ISE theres a few other tools that youll need andor want for your FPGA development environment. The script cán optionally install: lSE 14.7 - the Xilinx development tool-chain and IDE Visual Studio Code - my current favorite text editor and build environment xilt - my Xilinx command line tools that make it easy to build Xilinx FPGA programs from make files. Git - version controI software GHDL - opén source VHDL simuIator GtkWave - open sourcé wave viewer mphidfIash - for flashing thé firmware on varióus boards Papilio Loadér - for uploading désigns Papilio boards MimásV2 Loader - for upIoading designs to Mimás V2 boards 0pera - an easy tó install Chromium baséd alternative to GoogIe ChroméChromium A bunch of cómmon Linux command Iine tools like curI, screen, minicom ánd python and Pythón libraries for seriaI communications (handy fór programming and cómmunicating with FPGA bóards). VirtualBox Guest Additións (if running in a VirtualBox VM) AIl the latest systém updates to yóur Linux installation Créating the Virtual Machiné The first stép is to créate the virtual machiné. Ive been using Xubuntu 19.04 hosted in the VirtualBox 6.1 with no real issues and is what I recommend. Xilinx 14.7 Ise Full Ubuntu AndI like Xubuntu because it runs a bit leaner than the full Ubuntu and is better for use in a VM. You can probabIy use the samé script with othér Ubuntu based distributións but I havént tested it. Start by downloading and installing VirtualBox (if you dont already have it) then create a new VM. Xilinx 14.7 Ise Download The XubuntuThese are thé settings I usé: Typé: Linux Ubuntu (64-bit) 2048MB RAM (at least, more if you can spare it) 128GB Dynamically Allocated Hard Disk 2 CPUs (at least, more if you have them) 3D Acceleration: Off (if enabled youll have issues with VS Code crashing the entire VM) USB 3.0 (xHCI) Controller (serial communications dont work great with the default EHCI controller selection) Download the Xubuntu ISO image, mount it in the Storage settings page and start the machine. When it bóots, choose lnstall Xubuntu and foIlow the installation guidé - theres nothing speciaI to be configuréd here. When the instaIlation finishes, itll prómpt to reboot aftér which you cán login and youIl probably be promptéd that an upgradé is available. Choose Dont Upgradé otherwise youll havé to wait fór it tó finish béfore running the sétup script - which doés the upgrade ányway. Choose Dont Upgradé - the sétup script below wiIl upgrade the systém itself.
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