eskiyerli / revedarelease

This repository is for (pre-)release versions of the Revolution EDA.

Revolution EDA Schematic/Symbol Editors

Introduction

Revolution EDA is a new generation of schematic and symbol editor targeting custom integrated circuit design.

1. Revolution EDA can create symbols with both symbol attributes that are common to all instances as well instance parameters. Instance parameters can be also python functions that allow the dynamic calculation of parameters for each instance.
2. Symbols can be created automatically from schematics and Verilog-A modules. Symbols can include circles, lines, rectangles and arches. Notes can be entered on symbols using Normal labels.
3. Verilog-A symbols have a clear separation between model and instance parameters.
4. File formats are JSON-based allowing easy inspection and editing with a text editor if needed.
5. Netlisting process can be guided by a config view like commercial tools allowing designer to choose between different views for simulation.
6. Hierarchical netlisting capability is available. Netlisting is currently geared towards Xyce although not everything has not been implemented yet, for example subcircuit parameters.
7. Labels can include Python functions such that the full power of Python is available to instance callbacks functions. Thus, the professional front-end process design kits can be created.
8. There is a familiar library browser allowing creation, renaming, copying, and deleting of libraries, cells and cell views.
9. Configuration parameters can be saved in a configuration file.
10. Log file logs error, warning and info messages.

When downloading the package from pypi repository, you may want to download to source package as well to download exampleLibraries.

Version 0.7.0 includes symbol library imported from [IHP]: https://github.com/IHP-GmbH/IHP-Open-PDK as well as parametric layout cells for NMOS, silicide resistor and MIMCAP. Revolution EDA is not associated with IHP.

Attribution

• Some icons by Yusuke Kamiyamane. Licensed under a Creative Commons Attribution 3.0 License.