Formal Verification Made Simple: A Practical Guide for FPGA Designers

 

Tired of long simulation cycles and elusive corner-case bugs?

Join us for a practical, no-nonsense introduction to Stimulus-Free Verification (SFV), a powerful formal method that finds design errors faster than simulation, without writing a single testbench.

 

 

If you're an FPGA designer who's heard that formal verification is "too complex" or "not for FPGA workflows," this session will change your mind. 

Our team will demystify formal verification and show you how SFV fits naturally into your existing FPGA design flow. Whether you're working on control logic, interfaces, or complex state machines, you'll discover how formal can catch bugs that simulation misses - early, automatically, and exhaustively.

What You'll Learn:

• Formal vs. Simulation: Understand the key differences and why they're better together - not either/or
• Real FPGA Success Story: See how an actual customer used SFV to catch critical bugs before FPGA implementation
• Easy Integration: Practical strategies to add SFV to your workflow without disrupting your current process
• SFV Portfolio Overview: Explore the complete toolset and find the right fit for your design challenges

Why FPGA Designers Should Care:

• No testbench required: SFV mathematically proves correctness. No stimulus, no test scenarios, no coverage gaps
• Catch bugs simulation can't: Find corner cases, deadlocks, and protocol violations that would take weeks to uncover in simulation
• Faster debug cycles: No more hunting through waveforms. Identify root causes immediately with counterexample traces
• Perfect for FPGA constraints: Ideal for control logic, FSMs, interfaces, and clock domain crossings common in FPGA designs

 

Details

 

What

Customer Technical Webcast: Formal Verification Made Simple: A Practical Guide for FPGA Designers

 

When

Thursday, January 15, 2026

 

Where
Online

 

Time
18:00 hr CET