By G. Russell, I.L. Sayers
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Extra info for Advanced Simulation and Test Methodologies for VLSI Design
Again, depending on the security and confidentiality needs, various implementations are possible. 9 Maintain a repository of chip defects that firmware engineers can easily access. Once firmware engineers have examined the chip defect repository for pertinent defects, they may not see a need to go back and look again. So when hardware engineers discover a new defect, they need to “push” this information out to the appropriate firmware engineers to notify them of the newly detected problem. Defects may be as simple as an incorrect register address or bit location, which firmware can easily accommodate.
When the chips came back from the fab, the two team members were successful and completed the porting and testing on the actual chip in a relatively short period of time. These results clearly illustrated to us the benefits of co-development. 6 Use co-development activities, such as virtual prototypes, FPGAs, co-simulation, and old hardware to get firmware engineers involved in developing code and finding and resolving problems before the physical chips arrive. 4. End-Game Hardware Support After the chips arrive from the fab and are mounted onto boards, hardware engineers bring up the boards and chips to run their tests and verify basic functionality.
As firmware engineers design their code, they may come across cumbersome and difficult interactions that are required to get the code to work on the hardware. For example, a register containing both interrupt bits and configuration bits require special handling to avoid inadvertent “acking” (acknowledging) of interrupts or changing configurations. Another example is requiring a sequence of register reads and writes to access each word in an internal buffer. Talk to the hardware engineers about the problems and see if a better solution can be designed.
Advanced Simulation and Test Methodologies for VLSI Design by G. Russell, I.L. Sayers