Reduce Memory Redesigns With Shift-Left

The article discusses the importance of shifting contention analysis left to the schematic stage in memory design to prevent late-stage rework. It highlights how complex memory architectures can lead to catastrophic system failures if contention issues are not addressed early. By analyzing transistor-level connectivity and power domain crossings at the schematic stage, teams can detect and resolve risks before they impact silicon, leading to predictable convergence on first-time-right silicon. This shift-left methodology improves design efficiency, reduces costs, enhances predictability, and compresses development schedules. Engineering managers are advised to integrate schematic-level contention checking into design reviews and milestone gates to reap these organizational benefits.