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基于SoPC的智能监控卡设计与实现
引用本文:牛少平,田泽.基于SoPC的智能监控卡设计与实现[J].微机发展,2012(8):167-169,173.
作者姓名:牛少平  田泽
作者单位:中国航空计算技术研究所,陕西西安710119
基金项目:装备预先研究项目(51308010601);武器装备预研基金项目(9140A08010712HK6101)
摘    要:针对机载机电管理计算机传统监控板卡智能化不高、集成度低的缺点,介绍了一种基于s0PC(SystemonProgram-mableChip)方案实现的智能监控卡。该卡使用FPGA内嵌的PPC处理器管理本地各种资源,主机通过PCI接口完成与PPC处理器的指令及数据交互。在FPGA片内集成了多个成熟IP产品,提高了系统集成度,缩短了产品开发周期。着重阐述了FPGA核心电路的系统架构设计、各功能模块的逻辑设计与实现、软硬件协同验证等。实际的系统测试表明该产品具有功能丰富、集成度高、扩展性强的特点。

关 键 词:SoPC  PPC  PCI  软硬件协同验证

Design and Implementation of Intelligent Monitor Card Based on SoPC
NIU Shao-ping,TIAN Ze.Design and Implementation of Intelligent Monitor Card Based on SoPC[J].Microcomputer Development,2012(8):167-169,173.
Authors:NIU Shao-ping  TIAN Ze
Affiliation:( Aeronautical Computing Technique Research Institute, Xi' an 710119, China)
Abstract:Considering the disadvantage of traditional monitor card as low-intelligence, low-integration in some manage computer in air- craft,it introduces an intelligent monitor card based on SoPC ( System on Programmable Chip). In this card, the embedded PPC in FP- GA takes charge of all local resources, host communicates instructions and data with PPC through PCI interface. In FPGA there are many mature IP, advances system integration, shortens product design period. It puts key points on architecture design of FPGA critical circuits, logical design and implementation of each functional module, hardware/software co-verification. Actual system test indicates this product has characters as function abundance, high-integration, high-expansibility.
Keywords:SoPC  PPC  PCI  hardware/software co-verification
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