Emerson says semiconductor test is entering a new phase as rising system complexity changes what validation and verification must do. The company points to chiplets and heterogeneous integration as the main reasons traditional end-of-line test approaches are no longer sufficient on their own.
In this view, testing is no longer a late-stage gate that only confirms pass or fail results. Instead, it becomes part of the engineering process itself, helping teams verify and improve increasingly complex systems while they are still being developed. That shift is tied to the need to observe more interactions across integrated functions and package-level combinations.
The response Emerson outlines is a networked test platform rather than isolated instruments. By connecting test and measurement systems, the data from different validation steps can be brought together more effectively. The company also highlights AIartificial intelligence-supported data evaluation as a way to make sense of the growing volume and complexity of test information.
The underlying message is that verification must keep pace with the architecture of modern semiconductor systems. As chiplets and heterogeneous integration increase the number of interfaces and dependencies, test infrastructure has to evolve from a final inspection point into a connected environment for continuous analysis.