Physical Verification System

Length: 2 days

Digital Badge Available

Course Description

Click here for Course Preview. For faster and better performance in advanced node complex designs verification, Cadence recommends our latest tool, Pegasus Verification System, instead of PVS. In this course, which has been designed for user-level physical design verification, you run DRC, LVS, ERC, PERC, FastXOR and Constraint Validation checks to find and debug errors that are located in your design. You set up options, run DRC, and use PVS DRC Results Viewer or DRC DE to locate and fix design rule violations. You set up, run and debug ERC violations including stamping conflicts. You set up options, run LVS, and use the LVS debug environment to locate and repair errors like shorts and opens. You also run the Interactive Shorts Locator (ISL) to spot shorting locations. You will set up constraints using the Virtuoso^® Constraint Manager and validate them with the PVS Constraint Validator. You then set up and run VIPVS (Virtuoso Integrated PVS) in Post-Edit and Verify-Design modes for in-design instant DRC checking, and use FastXOR to compare a stream file with an existing OpenAccess cellview. In this course, the Virtuoso Layout Suite is used. The Physical Verification System (PVS) is integrated into the Virtuoso menus for easy access. The "Extended Practice" module of this course has a free-form lab exercise, which is to be done using the skills that you learned in the previous modules. You have a physical layout with multiple errors and you have minimal instructions. You find and fix the errors, so that you have clean DRC, ERC, and LVS runs.

Learning Objectives

After completing this course, you will be able to:

• Check where PVS fits in the Cadence SSV Solution
• Overview the features and capabilities in PVS
• Explore the Advanced Debug solutions in PVS
• Set up and run PVS DRC in GUI and batch modes
• Debug violations with the PVS Results Viewer, DRC DE, and Annotation Browser
• Explore the PVS Configurator feature
• Examine the PVS DRC Waivers flow
• Explore the PVS Design Review platform
• Set up and run PVS ERC in GUI and batch modes
• Define and debug Stamping Conflicts
• Set up and run PVS PERC in GUI and batch modes
• Explore topology checks from PVS PERC
• Set up and run PVS LVS in GUI and batch modes
• Clean shorts with the Interactive Shorts Locator
• Troubleshoot LVS violations with the Graphical LVS Debugger
• Set up and run VIPVS in Post-Edit and Verify Design modes
• Create and manage snapshots for VIPVS
• Run VIPVS in Dynamic Rules Filtering mode
• Understand the concept of Constraint Validation in PVS
• Invoke, set up, and run PVS CV in the Virtuoso platform
• Debug Constraint Violations with PVS RV and Annotation Browser
• Run PVS CV and debug violations in the Virtuoso Constraint Manager
• Explore the various type of constraints supported by PVS CV
• Set up and run PVS FastXOR in GUI and batch modes
• Review PVS tips

Software Used in This Course

• Virtuoso Layout Suite
• Physical Verification System

Software Release(s)

PVS201, ICADVM201, IC618

Modules in this Course

• PVS Introduction
• Design Rule Checking
• Electrical Rules Checking
• Programmable ERC (Optional)
• Layout Versus Schematic
• Virtuoso Interactive PVS
• Constraint Validation in PVS
• Running FastXOR (Optional)
• Extended Practice for DRC, ERC and LVS (Optional)

Audience

• Physical layout designers who need to verify layout designs

Prerequisites

You must have:

• Knowledge and experience with physical design and verification
• Familiarity with the Virtuoso Layout Suite

Related Courses

• Pegasus Verification System
• Virtuoso Schematic Editor
• Virtuoso Layout Design Basics
• Using Virtuoso Constraints Effectively
• Physical Verification Language Rules Writer
• Assura^® Verification
• Virtuoso Layout Pro: T6 Constraint-Driven Flow and Power Routing
• Virtuoso Connectivity-Driven Layout Transition

Please see course learning maps at this link for a visual representation of courses and course relationships. Regional course catalogs may be viewed here.

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