Master equivalence checking, logic cones, compare points, and real-world debugging with hands-on labs

What you'll learn
✓ Confidently set up and run Synopsys Formality
✓ Understand and identify logic cones and compare points
✓ Load reference and implementation designs correctly
✓ Apply guidance files (SVF) and setup commands
✓ Interpret match, verify, and failure reports
✓ Debug real-world verification failures
✓ Sign off on designs with proven functional equivalence

Requirements
● Basic understanding of digital logic design (gates, flip-flops, combinational logic)
● Familiarity with RTL concepts (Verilog/VHDL) is helpful but not mandatory
● No prior experience with formal verification tools is required—we start from the basics
● A computer capable of running Synopsys Formality (or access to a server with the tool installed) for the lab sections

Description
Unlock the power of Formal Verification and stop wasting weeks on unnecessary simulations.

As chip designs grow increasingly complex, relying solely on dynamic simulation to verify gate-level netlists becomes a bottleneck. A single RTL change can require weeks of simulation time just to confirm that your synthesis tool did its job correctly. Formal verification offers a faster, exhaustive, and mathematically proven alternative.

This course is your complete guide to Formal Verification using Synopsys Formality, the industry-standard equivalence checking tool. Whether you are verifying RTL against RTL, RTL against gate-level netlist, or netlist against netlist, this course gives you the step-by-step knowledge to get it right.

What makes this course different?

We don't just teach theory. We walk through the entire Formality flow from end to end, then apply it in three practical labs where you'll load real designs, run match and verify, and interpret results. But because real engineering isn't always green checks, we dedicate an entire section to Debugging Cases—showing you exactly how to analyze failing compare points, trace logic cones, and resolve mismatches.

Course Outline

• Lecture 1: Introduction to Formal Verification – Why formal? When to use it? Tool options.

• Lecture 2: Formal Verification Components & Design Equivalence Checking – Deep dive into logic cones, compare points, and the matching concept.

• Lecture 3: Formality Flow – Complete walkthrough from invocation to reporting, including critical commands like set_svf, set_constant, and set_dont_verify_points.

• Lecture 4: Lab 1 – Basic Formal Verification – Load your first designs and run a successful verification.

• Lecture 5: Lab 2 – Intermediate Verification – Handle scan modes and constants.

• Lecture 6: Lab 3 – Complex Verification – Work with SVF guidance and analyze match reports.

• Lecture 7: Debugging Cases – Real-world failure scenarios. Learn to trace, analyze, and fix.

Who this course is for
■ ASIC/FPGA Design Engineers who want to verify that their synthesis results match the original RTL
■ Digital Design Students who want to understand industry-standard sign-off flows
■ CAD/Flow Developers who need to implement formal verification in design workflows
■ Anyone involved in digital chip design who wants to move beyond simulation and adopt mathematically proven verification methods