| K. Diefendorff, "Power4 focuses on memory bandwidth," Microprocessor Rep., vol. 13, Oct. 1999. |
....running threads. SMT, however, cannot increase and sometimes may even decrease the performance of a single thread. Implementation complexity of SMT is also an issue. 2) Chip Multiprocessor (CMP) CMP is a simple yet very powerful technique to obtain more performance in a power efficient manner [69]. The idea is to put several microprocessors on a single die. The performance of small scale CMP scales close to linear with the number of microprocessors and is likely to exceed the performance of an equivalent MP system. CMP is an attractive option to use when moving to a new process ....
K. Diefendorff, "Power4 focuses on memory bandwidth," Microprocessor Rep., vol. 13, Oct. 6, 1999.
....hardware by many modern microprocessors[2, 9] which transform individual instructions into a series of less complex operations. Traditionally reserved for CISC instruction sets, this kind of instruction cracking also occurs in recent implementations of the somewhat complicated PowerPC architecture[3, 4]. Implementing this cracking in SimpleScalar involves adding a translation pipeline stage between the processor fetch and decode pipeline stages, in which incoming PowerPC instructions are decoded and translated into the SimpleScalar instruction set, which are then fed to the normal SimpleScalar ....
K. Diefendorff, "Power4 Focuses on Memory Bandwidth", Microprocessor Report, 13(13):1-8, 1999.
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K. Diefendorff, "Power4 focuses on memory bandwidth," Microprocessor Rep., vol. 13, Oct. 1999.
No context found.
K. Diefendorff, "Power4 Focuses on Memory Bandwidth," Microprocessor Report, vol. 13, no.13, October 6, 1999.
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K. Diefendorff, "Power4 focuses on memory bandwidth," Microprocessor Rep., vol. 13, Oct. 1999.
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K. Diefendorff. "Power4 Focuses on Memory Bandwidth", Microprocessor Report, Vol. 13, No 13, Oct. 1999.
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Keith Diefendorff, "Power4 Focuses on Memory Bandwidth", Microprocessor Report, October 6, 1999, pp. 11-17.
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