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Static timing analysis is a conventional way of analyzing frequency or clock rate for an integrated circuit such as those used on most computers and similar electronic devices. Unlike another method called delay calculation, which calculates a delay for each part of the circuit, static timing analysis seeks to calculate the overall timing of the full circuit, including individual delays. Static timing analysis, unlike other methods, does not require simulation.
Techopedia Explains Static Timing Analysis
Because static timing analysis provides a kind of generic evaluation of estimated frequency, there are variables that the process doesn’t take into account. These include temperature and changes in voltage. These kinds of physical issues may alter the final outcome when it comes to the clock rate of an integrated circuit such as a CPU. Static timing analysis uses estimates called "corners" to try to predict specific outcomes.
A new alternative to regular static timing analysis is called statistical static timing analysis. Rather than using fixed or deterministic estimates, statistical static timing analysis uses a range of probabilities. This may help technicians or others to provide a better overall estimate of circuit performance. There is also a range of automated solutions available for timing analysis that can help refine a company’s ability to test products more quickly and more efficiently.
