OneSpin 360™ MV: Zero compromise between quality and effort

The application of OneSpin 360 MV™ in over 200 verification projects has proven that the solution predictably delivers:

Highest Quality

Delivers the highest possible design quality necessary for true functional sign-off, using the automatic completeness analysis and the FormalDoublePASS™ completeness methodology
Features specification/implementation co-verification that systematically detects specification/documentation errors and omission

High verification productivity of 2,000 to 4,000 lines of fully verified RTL code per engineer-month. The following features contribute to slashing the verification effort required for thorough simulation-based verification by a factor of 2 and more.

Requires significantly less set-up time than testbench automation approaches used in simulation and acceleration
Enables verification to start as soon as RTL coding starts
Features a formal verification planning process that maximizes concurrency of verification sub-tasks across a team
Speeds debug by a proof-based diagnosis that localizes errors
Affords truly interactive check-debug-fix cycles to clean designs from errors
Identifies and guides closure of all verification gaps by means of its unique automatic completeness analysis
Completeness methodology guides engineer systematically through the entire project cycle from verification planning, design exploration, property development, to documented functional sign-off.
Links into and speeds up system-level verification by generating monitors that observe correct integration and interaction of verified modules.
Reduces or even eliminates error loops during integration/system-level verification often caused by late detection of errors that escape module-level verification