FPGA long-distance loading method for high-capacity configuration bitstream file

Abstract

The invention discloses an FPGA long-distance loading method for high-capacity configuration bitstream file, wherein the method comprises the following steps: S1, pre-processing the configuration bitstream file, processing the configuration bitstream file by taking the page data as the unit; S2, starting the dynamic reconfiguration; the CPU reads the configuration information in the memory and controls the FPGA for sending the initialization control information for realizing the initialization setting of the nonvolatile device; and writing the configuration information into the nonvolatile device by taking the page data as the unit and reading the page data written in the nonvolatile device for executing the check and comparison operation; according to the check and comparison operation, detecting the correctness of the page unit element data written in the nonvolatile device; transmitting the configuration information after that the configuration information is totally written in the nonvolatile device. The FPGA long-distance loading method for high-capacity configuration bitstream file is simple in principle and good in reliability, the functional correction and the system function upgrading operation for the target FPGA can be realized.

Description

technical field [0001] The invention mainly relates to the field of reconfigurable hardware systems, in particular to a method for remotely loading large-capacity configuration bit stream files based on FPGA. Background technique [0002] The development of contemporary semiconductor devices is changing with each passing day, and VLSI has increasingly become a new research hotspot. However, traditional devices have a long product development cycle, high cost and inflexible functions. These deficiencies make them increasingly unable to meet new user needs, making the development and use of a new generation of reconfigurable hardware represented by FPGAs a better choice. For mission systems that are important and difficult to maintain manually, such as aerospace, deep-sea operations, space exploration, and nuclear power monitoring, it has become an important research content to be able to automatically detect and correct electronic equipment more flexibly and efficiently. Th...

AI Technical Summary

Problems solved by technology

The conservative approach is to solve the problem of device damage by adding redundant components, which not only consumes a large amount of precision electronic devices, but also increases the burden on space exploration equipment

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