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Design of a System Functional Verification Platform for 32 bit Mixed-Signal SoC Based

Zhiguo Yu

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Abstract

According to the requirement of a SoC design,a 32-bit SoC verification platform named SoC-FV is presented.The platform accomplishes the whole flow of CPU functional verification,such as IP function verification,collaborative verification,mixed-signal verification,verification program developing,verification program debugging,verification vector generation,verification testbench,verification configuration environment,comparison and analysis of results,and FPGA verification.The platform has been applied to a SoC fabricated by 0.18 μm CMOS process,which operates at 80-MHz clock frequency and consumes 450 mW.The verification platform has improved the verification efficiency,and has some useful reference for other SoC design.

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What this paper is about

According to the requirement of a SoC design,a 32-bit SoC verification platform named SoC-FV is presented.The platform accomplishes the whole flow of CPU functional verification,such as IP function verification,collaborative verification,mixed-signal verification,verification program developing,verification program debugging,verification vector generation,verification testbench,verification configuration environment,comparison and analysis of results,and FPGA verification.The platform has been applied to a SoC fabricated by 0.18 μm CMOS process,which operates at 80-MHz clock frequency and consumes 450 mW.The verification platform has improved the verification efficiency,and has some useful reference for other SoC design.

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Available abstract

According to the requirement of a SoC design,a 32-bit SoC verification platform named SoC-FV is presented.The platform accomplishes the whole flow of CPU functional verification,such as IP function verification,collaborative verification,mixed-signal verification,verification program developing,verification program debugging,verification vector generation,verification testbench,verification configuration environment,comparison and analysis of results,and FPGA verification.The platform has been applied to a SoC fabricated by 0.18 μm CMOS process,which operates at 80-MHz clock frequency and consumes 450 mW.The verification platform has improved the verification efficiency,and has some useful reference for other SoC design.

Key concepts: Intelligent verification, Functional verification, High-level verification, Verification, Computer science, Runtime verification, Field-programmable gate array, Embedded system

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