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Calibre is a comprehensive electronic design automation tool used primarily for layout verification and physical design analysis. It allows engineers to verify their designs against established rules using the Calibre Rule Writing Form. Users can run various checks such as LVS and DRC to ensure designs adhere to specifications. Familiarizing yourself with its features can significantly enhance your design workflow.

To run DRC in Virtuoso, you'll need to connect it with Calibre by integrating the tools properly. First, ensure that your Calibre rules, defined in the Calibre Rule Writing Form, are correctly referenced in Virtuoso. Then, initiate the DRC checks, and monitor the output for any design rule violations, allowing you to make necessary corrections and optimize your layout.

Running DRC in Calibre begins by defining your design rules using the Calibre Rule Writing Form. Once you've set the rules, load your layout and initiate the DRC process. Calibre will analyze your design for violations and generate a report highlighting issues that need to be addressed. This process helps maintain design integrity and compliance with manufacturing standards.

To run LVS in Calibre, start by setting up your layout and netlist. You can then use the Calibre Rule Writing Form to create the necessary rules for the check. After setting up the rules, execute the LVS check, and review the reports generated by Calibre for any discrepancies. This ensures your design matches the intended specifications and functionality.

The Single Ventricle Research Fund (SVRF) is an annual research award program that is solely focused on accelerating research and improving care for those with single ventricle heart defects through multi-year, high-impact grants.

“SVRF/TVF Technology” means SISW's proprietary Standard Verification Rule Format (“SVRF”) and Tcl Verification Format (“TVF”) languages for expressing process rules.

Calibre Tcl Verification Format (TVF), a subset of SVRF, is a high-level language preprocessor that drastically reduces the number of lines of code needed to execute a DRC run. This simplifies rule scripting and maintenance, and the need to change and validate every line of code.