SSBENCH: Integer CPU Benchmark Result
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   Program        CPU-time       SIint
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1: Yahtzee:         64.14 s     15.59
2: Coin:            36.88 s     27.11
3: Esift2:          49.26 s     20.30
4: Primes2:         36.44 s     27.44
5: Primm2:          35.07 s     28.51
6: Queens2:         54.89 s     18.22
7: Medianhs2:       61.71 s     16.20
8: Ssei:            42.76 s     23.39
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I geom mean:        46.42 s     21.54
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Time total:        381.15 s
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SSBENCH: Floating Point CPU Benchmark Result
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   Program        CPU-time       SIfp
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1: Mand:            39.24 s     25.48
2: Newton:          33.37 s     29.97
3: Findsmbf:        28.73 s     34.81
4: Polyfitf:        28.62 s     34.94
5: Plotss:          62.32 s     16.05
6: Sspienr pi:      18.85 s     53.05
7: Sspienr gs:      40.13 s     24.92
8: Ssef:            83.78 s     11.94
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FP geom mean:       37.89 s     26.39
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Time total:        335.04 s
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Please fill this form:
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Computer type: Callan (generic)

Processor (CPU) type: Intel PIII 733 MHz

Number of processors (CPUs): 1

CPU clock frequency (MHz): 733

CPU buss frequency (MHz): 133

Size of L1 cache (kbyte): 16 I + 16 D 

Size of L2 cache (kbyte): 256 att full CPU speed 

Size of primary memory (Mbyte): 768

UNIX dialect: Linux Red Hat 6.1

C-compiler version: egcs - 1.1.2 1998-8-29

Optimization options: gcc -O or -O3 (see the comp_gcc_linux file)

Was the compiling adapted for use of many CPUs in parallel: No

Average load during the run: 1.1

CPU Utilization: 85% estimated, from visual on GNOME system monitor

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Comment: I noticed that the test is run with dynamic
  memory allocation.
  I'd like to see a test that uses static allocation for
  applications that are memory intensive. As you can see,
  in the engineering environment we are willing to pay
  for a little more memory to make the system more efficient.

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Date of run: 2000-03-30

Your name: Ori Mizrahi-Shalom

Your email: orim@ArcadiaDesign.com

Your city and country: San Jose, CA, USA

Your company (not compulsory): Arcadia Design Systems Inc

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