Compaq W8000 Hyper-Threading Technology, New Feature of Intel Xeon Processor - Page 18

Montecarlo Benchmark

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Hyper-Threading Technology, New Feature of Intel Xeon Processor White Paper 18 o In-place assembly activation o In-place part activation o Modification of a model o Update of all the files due to the model change Note: EDS PLM Solutions consider all four portions of the benchmark to be equally important in evaluating performance using Solid Edge, so they have been given equal weightings when calculating the geometric mean. Analysis From this benchmark, the results show that the SolidEdge V10 CPU and graphics tests are computation intensive and will benefit from the Hyper-Threading technology. The file I/O test again has to share and compete for resources with the alternate threads, including the OS threads that require file I/O operations and thus performs poorly. See Figure 14. SolidEdge V10 Benchmark on Windows XP 5 4.5 4.68 4 Lower is better 3.5 3.14 3 2.5 2.16 2 1.82 1.5 1 1.92 1.64 1.381.32 0.5 0 Enable Disable Overall 1.82 2.16 CPU 1.64 1.92 File I/O 1.38 1.32 Graphics 3.14 4.68 Figure 14: Montecarlo Benchmark The Montecarlo utility includes four independent tasks that run at the same time. Each task contains four spreadsheets. Each spreadsheet contains different Montecarlo functions, formula, and graphic calculations. 167T-0202A-WWEN

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Hyper-Threading Technology, New Feature of Intel Xeon Processor White Paper
18
167T-0202A-WWEN
o
In-place assembly activation
o
In-place part activation
o
Modification of a model
o
Update of all the files due to the model change
Note:
EDS PLM Solutions consider all four portions of the benchmark to be equally important in
evaluating performance using Solid Edge, so they have been given equal weightings when
calculating the geometric mean.
Analysis
From this benchmark, the results show that the SolidEdge V10 CPU and graphics tests are
computation intensive and will benefit from the Hyper-Threading technology. The file I/O test
again has to share and compete for resources with the alternate threads, including the OS threads
that require file I/O operations and thus performs poorly. See Figure 14.
SolidEdge V10 Benchmark on Windows XP
1.82
1.64
1.38
3.14
2.16
1.92
1.32
4.68
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
5
Lower is better
Enable
1.82
1.64
1.38
3.14
Disable
2.16
1.92
1.32
4.68
Overall
CPU
File I/O
Graphics
Figure 14:
Montecarlo Benchmark
The Montecarlo utility includes four independent tasks that run at the same time. Each task
contains four spreadsheets. Each spreadsheet contains different Montecarlo functions, formula,
and graphic calculations.