Chemiluminescence analysis platform comprising FPGA (field-programmable gate array) device and data processing method based on chemiluminescence analysis platform

Abstract

The invention provides a chemiluminescence analysis platform comprising an FPGA (field-programmable gate array) device and a data processing method based on the chemiluminescence analysis platform. The chemiluminescence analysis platform comprises the FPGA device, wherein the FPGA device comprises an FPGA module, an ARM (Acorn RISC Machine) core and a plurality of IP cores (intellectual property cores), and the ARM core is connected with the FPGA module and the IP cores. The chemiluminescence analysis platform comprising the FPGA device and the data processing method based on the chemiluminescence analysis platform have the advantages of high integration degree, small circuit board quantity, low cost and small size, efficient communication can be implemented, and the operation reliability is high.

Description

Technical field [0001] The invention relates to the field of electronic devices, in particular to a chemiluminescence analysis platform containing FPGA devices and a data processing method thereof. Background technique [0002] At present, mainstream chemical instruments all adopt the three-level architecture of ARM (Acorn RISC Machine, Acorn's reduced instruction set computer) platform (host computer), lower computer host control platform (single-chip core) and multiple single-chip core sub-modules; its It has the following shortcomings: [0003] The ARM platform and the lower computer main control platform and the lower computer main control platform and multiple single-chip core sub-modules require external bus communication, which is restricted by the bus communication rate and the communication efficiency is not high; the traditional three-level architecture requires multiple control chips and distributed The traditional three-level architecture requires a more complete fault...

AI Technical Summary

Problems solved by technology

[0003] The ARM platform and the main control platform of the lower computer, and the main control platform of the lower computer and multiple single-chip microcomputer core sub-modules need to communicate in the form of an external bus, which is limited by the communication speed of the bus and the communication efficiency is not high; the traditional three-level architecture requires multiple control chips. Type control requires a relatively complete fault-tolerant mechanism; the traditional three-level architecture is not highly integrated, and the chips and PCB boards take up more space, which requires a higher space for the machine; the traditional three-level architecture requires multiple control chips, resulting in its cost. higher

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