用于PowerPC多处理系统的高性能总线和缓存控制器

M. Allen, W. Lewchuk, J. Coddington
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引用次数: 2

摘要

powerpc620微处理器引入了一个新的集成二级缓存控制器和系统总线接口。二级缓存接口为128位宽,支持从1mb到128mb的L2大小,ECC保护,可以在133 MHz下传输2.0 GB/秒,并支持可选的协处理器模式。620总线针对需要大量多处理能力的服务器级系统进行了优化,并支持64位PowerPC体系结构,具有40位物理地址总线和单独的128位数据总线。地址传输速率高达33m地址/秒在66mhz是通过管道的地址窥探响应与地址总线实现的。地址和数据总线被显式标记,允许数据传输根据地址重新排序。数据总线在66兆赫下的传输速度可达1.0 GB/秒。总线协议和集成的L2控制器支持基于窥探的MESI缓存一致性协议和直接缓存到缓存的数据传输。
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A high performance bus and cache controller for PowerPC multiprocessing systems
The PowerPC 620 microprocessor introduces a new integrated secondary cache controller and system bus interface. The secondary cache interface is 128 bits wide, supports L2 sizes from 1 MB to 128 MB, is ECC protected, can transfer 2.0 GB/sec at 133 MHz and supports an optional co-processor mode. The 620 bus is optimized for server-class systems requiring significant multiprocessing capability and supports the 64-bit PowerPC architecture with a 40-bit physical address bus and a separate 128-bit data bus. Address transfer rates of up to 33 M Addresses/sec at 66 MHz are achieved by pipelining the address snoop response with the address bus. The address and data buses are explicitly tagged allowing data transfers to be reordered with respect to the addresses. The data bus can transfer up to 1.0 GB/sec at 66 MHz. The bus protocol and the integrated L2 controller presented support the snoop-based MESI cache coherency protocol and direct cache-to-cache data transfers.
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Design and implementation of a 100 MHz centralized instruction window for a superscalar microprocessor Multiprocessor design verification for the PowerPC 620 microprocessor Connection-oriented net model and fuzzy clustering techniques for K-way circuit partitioning Dynamic minimization of OKFDDs Simple tree-construction heuristics for the fanout problem
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