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Many ASIC/SOC Design RDs expected that there are the some CPU configuration and expected the ASIC/SOC are similar to the regular design closely and have a fixed Patterns and Blocks location as general configuation
Many ASIC/SOC Design RDs expected that there are the some CPU configuration and expected the ASIC/SOC are similar to the regular design closely and have a fixed Patterns and Blocks location as general configuation
ASIC/SoC Chip Design Schedule & Resource become short & costly when moving to the advanced tech nodes, thus the mistakes in the flow, IP correctness, in the sub-system and system are very costly to afford, and the multiple projects or nation teams integration are usual, and challengeable to the Project Management.
ASIC/SoC Chip Design Schedule & Resource become short & costly when moving to the advanced tech nodes, thus the mistakes in the flow, IP correctness, in the sub-system and system are very costly to afford, and the multiple projects or nation teams integration are usual, and challengeable to the Project Management.
Typical ASIC/SoC Chip Design Flow (HW design process)
Typical ASIC/SoC Chip Design Flow (HW design process)
Server AI Accelerator Chip and Design Flow
Server AI Accelerator Chip and Design Flow
A Server AI Accelerator Chip Project can blow-up Schedule plan & Resource plan (engineer resource, machine resource, EDA license resource) because huge gate-count, block partition, floor-plan, timing, low power are driven to the tech process physical limitation. And, some hidden costs i.e Modeling, SW & SDK development, LLM development, and FPGA development are even more costly.
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