朱伟成, 周莉, 喻庆东. 一种低功耗高效率的AHB-AXI双总线结构联合Cache的IP设计[J]. 微电子学与计算机, 2012, 29(5): 46-49,53.
引用本文: 朱伟成, 周莉, 喻庆东. 一种低功耗高效率的AHB-AXI双总线结构联合Cache的IP设计[J]. 微电子学与计算机, 2012, 29(5): 46-49,53.
ZHU Wei-cheng, ZHOU Li, YU Qing-dong. A Low Power High Efficiency Unified Cache IP Design with AHB-AXI Bus Interface[J]. Microelectronics & Computer, 2012, 29(5): 46-49,53.
Citation: ZHU Wei-cheng, ZHOU Li, YU Qing-dong. A Low Power High Efficiency Unified Cache IP Design with AHB-AXI Bus Interface[J]. Microelectronics & Computer, 2012, 29(5): 46-49,53.

一种低功耗高效率的AHB-AXI双总线结构联合Cache的IP设计

A Low Power High Efficiency Unified Cache IP Design with AHB-AXI Bus Interface

  • 摘要: Cache作为处理器和系统总线之间的桥梁, 是芯片功耗的主要来源, 低功耗Cache设计在嵌入式芯片设计中具有重要意义.传统Cache设计一般依赖于特定体系结构, 难以在不同的系统中进行集成, 通用性差.本文提出了一种低功耗高效率的AHB-AXI双总线结构联合Cache的IP设计.实验结果显示, 本设计可以显著降低Cache功耗和提高系统性能.

     

    Abstract: As the bridge between CPU and system bus, Cache is the major power consumption source of the chip.Power efficient cache design is of great importance.And traditional cache design is lack of flexibility to integrate into different systems.A low power AHB-AXI double bus unified Cache design is proposed to reduce Cache access times and improve off-chip memory access efficiency.The test result shows that the design can notably reduce cache power consumption and improve system overall performance.

     

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