一种32Kbyte集成高速缓存的电路设计

T. Sakurai, K. Nogami, K. Sawada, T. Shirotori, T. Takayanagi, T. Iizuka, T. Maeda, J. Matsunaga, H. Fuji, K. Maegucm, K. Kobayasm, T. Ando, Y. Hayakasfh, T. Mfyosfu, K. Sato
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引用次数: 11

摘要

内存是提高CPU系统吞吐量的有效方法[j]。介绍了一种新开发的集成缓存存储器的电路设计,该存储器包括32Kbyte DATA存储器,典型IUT延迟为18ns。与最近发布的集成缓存存储器相比,目前的存储器实现了四倍大的数据存储器容量和更快的操作速度[21]。内存包括32Kbyte DATA (insstruction)内存,3Kbit TAG内存。XKbit VALID标志,2Kbit LRU标志。比较器。以及CPU接口逻辑电路。数据存储器的加入对于提高系统周期时间非常重要,如图1所示。它对于减少电路板面积和成本也很重要,因为它取代了大约10个LSl。
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A circuit design of 32Kbyte integrated cache memory
Introduction A w h e memory is effective in enhancing CPU system throughput[lI. A circuit design aspect of a newly developed integrated cache memory which includes 32Kbyte DATA memory, with a typical IUT delay of 18ns is desnibed. The present memory achieves four times larger DATA memory size together with much faster operation sped compared with the recenlly reponed integrated cache memory[2l. The memory includes 32Kbyte DATA (INSISTRUCTION) memory, 3Kbit TAG memory. XKbit VALID flag, 2Kbit LRU flag. comparator. and CPU interface logic circuits. The inclusion of DATA memory is imponant in improving system cycle time as shown in Fig.1. It is also imponant for reducing board area and cost, because it replaces about ten LSl's.
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