FuseSoC is an award-winning package manager and a set of build tools for HDL (Hardware Description Language) code.
Its main purpose is to increase reuse of IP (Intellectual Property) cores and be an aid for creating, building and simulating SoC solutions.
FuseSoC makes it easier to
- reuse existing cores
- create compile-time or run-time configurations
- run regression tests against multiple simulators
- port designs to new targets
- let other projects use your code
- set up continuous integration
To learn more about FuseSoC head over to the User Guide.
FuseSoC works on Linux, Windows, and macOS. It is written in Python and can be installed like any other Python package through "pip". Please refer to the full list of system requirements and installation instructions in the Installation section in the User Guide.
To check if FuseSoC is working, and to get an initial feeling for how FuseSoC works, you can try to simulate a simple hardware design from our core libray.
First, create and enter an empty workspace
mkdir workspace
cd workspace
Install the FuseSoc base library into the workspace
fusesoc library add fusesoc-cores https://github.com/fusesoc/fusesoc-cores
Get a list of cores found in the workspace
fusesoc core list
If you have any of the supported simulators installed, you can try to
run a simulation on one of the cores as well. For example,
fusesoc run --target=sim i2c will run a regression test on the core
i2c with Icarus Verilog. If you want to try another simulator instead,
add e.g. --tool=modelsim or --tool=xcelium between run and i2c.
fusesoc --help will give you more information on commands and switches.
Did it work? Great! FuseSoC can be used to create FPGA images, perform linting, manage your IP libraries or do formal verification as well. Check out the online documentation documentation to learn more about creating your own core files and using existing ones. If it didn't work, please get in touch (see below).
A good way to get your first hands-on experience with FuseSoC is to contribute to the LED to Believe project. This project aims to used FuseSoC to blink a LED on every available FPGA development board in existence. There are already around 40 different boards supported. If your board is already supported, great, then you can run your first FuseSoC-based design. If it's not supported, great, you now have the chance to add it to the list of supported boards. Either way, head over to LED to Believe to learn more and see how to go from a blinking LED to running a RISC-V core on an FPGA.
FuseSoC comes with extensive online documentation.
For quick communication with the active developers, feel free to join us at the FuseSoC chat.
If you have found an issue, or want to know more about currently known problems, check out the issue tracker on GitHub.
If you are looking for professional paid support, we are happy to provide feature additions, bug fixes, user training, setting up core libraries, migrating existing designs to FuseSoC and other things. Please contact [email protected] for more information.
FuseSoC is developed by an active and friendly community, and you're welcome to join! You can read more about setting up a development environment in our Developer's Guide.
You can file bug reports and propose changes in the olofk/fusesoc repository on GitHub.
- A Scalable Approach to IP Management with FuseSoC paper and slides from OSDA 2019
- Antmicro blog post on how to use FuseSoC as a linter
- FuseSoC-related posts on the Tales from Beyond the Register Map blog
- Presentation from RISC-V Week 2022
- Presentation from Latch-Up Portland 2019
- Presentation from WOSH 2019
- Presentation from ORConf 2017
- Presentation from ORConf 2016
FuseSoC is licensed under the permissive 2-clause BSD license, freely allowing use, modification, and distribution of FuseSoC for all kinds of projects. Please refer to the LICENSE file for details.
