Two recent blog posts discussed what you should run when you first map your system-on-chip (SoC) design into an emulation platform and when you have your first fabricated chips from the foundry in your bring-up lab. We pointed out that trying to boot an operating system and run applications should not be the first step because production software is not designed to find and debug lingering hardware design errors. We recommended running the multi-threaded, multi-processor, self-verifying C test cases generated and optimized for hardware platforms by our TreSoC-Si product.
As you may know, TrekSoC uses the same graph-based scenario models as TrekSoC-Si, but optimizes the generated test cases for virtual prototypes, simulation, and simulation acceleration. In this post, we ask a similar question: what should you run in simulation when you first have the RTL for your SoC assembled and ready to be verified? Of course our answer will be the test cases generated by TrekSoC. However, there are some advantages of simulation over hardware platforms that foster a more extensive methodology for verification with Breker’s products.
