New release of Revolution EDA with Simulation and Analysis Environment

[Murat H Eskiyerli]

Dear All,

There is a new version of Revolution EDA (v0.8.3) available on Github. This release includes a Xyce based Simulation and Analysis Environment and plotter. They are plugins for Revolution EDA and released as binary-only. At the moment, both plugins should be assumed to be alpha quality releases. 

Nevertheless, Revolution EDA simulation environment enables a point-and-click interface for selection of output nodes, parametric simulations, selection of libraries inside library files and much more. 

More information about capabilities of Revolution EDA can be found at:
https://github.com/eskiyerli/revolution-eda/blob/master/README.md

You can also find the source code for Revolution EDA editors and installation instructions at:
https://github.com/eskiyerli/revolution-eda

If you want to get Revolution EDA with both plugins, please download them at:
https://github.com/eskiyerli/revolution-eda/releases

Note that release numbers might change as new point releases are made. Binary releasees include GF180 PDK symbol library including instance callbacks. As a demonstration, DefaultPDK is included as a binary library to show the capability of Revolution EDA to protect the IP of foundries if desired.

Unfortunately the documentation is running behind at the moment. Fo any problems with the installation, you could directly contact me.

Murat Eskiyerli

Revolution EDA

[Kevin Cameron]

For anyone interested in AI driven (Chiplet system) design, I did a presentation for the Chiplet Summit -

20250122_A-103_Cameron.PDF

The goal is to run multiple simulations in parallel, but also to run the design tools in parallel with their chunk of the simulation. The "federation layer" allows unplugging and replugging pieces.

Ideally you have three things running in parallel: the spec model (behavioral), the implementation model (transistors), and the design tools. A full system simulation with spec models is what you want running first, manual and AI driven design methods are used to align the implementation with the spec; you don't need to do a lot of test-bench code, because you have the complete system working in spec models first.

Kev.

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