Avoiding Multi-Die System Re-spins with New Early Architecture Exploration Technology

By Kamal Desai

January 24, 2024

Getting an early jump on architecture exploration of multi-die systems can yield valuable benefits, such as preventing costly design respins. However, the exploration process has traditionally been rather manual, with most designers relying on static spreadsheets and ad-hoc in-house tools. As a result, it’s challenging to meet key performance indicators (KPIs) or even project schedules.

Now, there’s a new dynamic, early system architecture exploration solution designed to accelerate architecture realization for multi-die systems: Synopsys Platform Architect for Multi-Die Systems.

The solution is built on the industry leading Synopsys Platform Architect™, which provides SystemC™ transaction-level modeling-based tools for early analysis and optimization of SoC architectures for performance and power. This new tool, validated by designers of AI and automotive multi-die systems, accounts for the complex interdependencies of multi-die systems. Read on to learn more about how this dynamic, model-based performance and power analysis and simulation technology can help mitigate the risks of system architecture decisions while enhancing turnaround times for multi-die system designs. 

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