Temperature is often treated as a reliability clock.
Increase the temperature, accelerate the failure mechanism, and estimate the equivalent field life.
That approach can be useful—but only when the dominant failure mechanism is known, its thermal activation behavior is understood, and the same mechanism remains active … Read More
For decades, semiconductor teams have relied on traditional methods such as corner-based analysis, surrogate monitors, and population-level statistical screening for post-silicon validation. These methods served well when variability was modest, and timing paths behaved predictably. However, today’s advanced nodes… Read More
