Advanced timing analysis visualization for digital circuits. Interactive simulations with real data, multiple scenarios, and comprehensive timing analysis for learning and testing.
Identify all clock domains in the design and their relationships. Determine clock frequencies, phases, and skews.
Analyze all timing paths including register-to-register, input-to-register, register-to-output, and input-to-output paths.
Define timing constraints including input/output delays, clock uncertainties, and multicycle paths.
Generate timing reports identifying setup and hold violations, and critical timing paths.
Apply optimization techniques to fix timing violations and achieve timing closure.
Timing analysis is the process of verifying that a digital circuit meets its timing requirements under all specified operating conditions. It ensures that data signals arrive at their destinations within the required time windows to maintain proper circuit operation.
STA analyzes all timing paths in a design without requiring simulation vectors. It considers all possible timing corners and modes.
Dynamic analysis uses simulation vectors to verify timing behavior. It's more accurate but less comprehensive than STA.
Proper timing constraints are essential for accurate analysis: