A SoC prototype verification method based on FPGA

Abstract

The invention discloses a SoC prototype verification method based on FPGA. The prototype verification system adopted is composed of a motherboard and a daughter board. The FPGA of the motherboard comprises a SoC module to be tested (1) and a motherboard interface control module (2). The daughter board is connected with the motherboard through a test connector (3); the daughter board FPGA comprisesa daughter board interface control module (4) and a test interface (5). A motherboard interface control module (2) compresses and sends signals of modules to be tested to a daughter board interface control module (4) by using a time division multiplexing technology, and the daughter board interface control module (4) extracts and analyzes signals to be distributed to a test interface (5), and thetest interface (5) is connected with a test device. This method is free from the prototype verification system FPGA storage resources are limited, using the built-in logic analyzer tool ChipScope subject to test signal bit width, sampling depth limit. As ChipScope is not needed, it can significantly reduce the utilization rate of FPGA memory resources, shorten the FPGA implementation process, andhas high practical value for improving the verification and test efficiency.

Description

technical field [0001] The invention relates to a SoC prototype verification method, in particular to an FPGA-based SoC prototype verification method. Background technique [0002] FPGA-based prototype verification has become one of the mainstream SoC verification methods because it can significantly improve SoC verification efficiency and shorten the SoC development cycle. However, as the scale of SoC continues to increase, in previous methods, prototype verification is limited by FPGA storage resources, which leads to restrictions on the test signal bit width and sampling depth when using ChipScope, thus making the test signal visibility of FPGA-based prototype verification Decreased significantly. In order to observe more signals, ChipScope has to be modified repeatedly, and synthesis, layout and routing are repeated, which reduces the efficiency of prototype verification and greatly reduces the value of SoC prototype verification. SoC is a system on a chip, and ChipSco...

AI Technical Summary

Problems solved by technology

[0003] The object of the present invention is to provide a kind of SoC prototype verification method based on FPGA,

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