SPEC Seal of Reviewal CFP2000 Result
Copyright © 1999-2005 Standard Performance Evaluation Corporation
Advanced Micro Devices
TYAN S2865 K8E Tomcat, AMD Opteron (TM) 175
SPECfp_rate2000 = 27.3  
SPECfp_rate_base2000 = 26.2  
SPEC license # 49 Tested by: AMD, Austin, TX Test date: Jul-2005 Hardware Avail: Sep-2005 Software Avail: Mar-2005
Graph Scale Benchmark Base
Copies		 Base
Runtime		 Base
Ratio		 Copies Runtime Ratio
168.wupwise base result bar (48.7)
168.wupwise peak result bar (48.7)		 168.wupwise 2 76.2  48.7   2 76.2  48.7  
171.swim base result bar (21.5)
171.swim peak result bar (25.6)		 171.swim 2 334    21.5   2 280    25.6  
172.mgrid base result bar (22.3)
172.mgrid peak result bar (22.3)		 172.mgrid 2 188    22.3   2 188    22.3  
173.applu base result bar (19.6)
173.applu peak result bar (21.9)		 173.applu 2 248    19.6   2 223    21.9  
177.mesa base result bar (36.6)
177.mesa peak result bar (38.4)		 177.mesa 2 88.8  36.6   2 84.6  38.4  
178.galgel base result bar (41.6)
178.galgel peak result bar (43.6)		 178.galgel 2 162    41.6   2 154    43.6  
179.art base result bar (22.4)
179.art peak result bar (23.7)		 179.art 2 270    22.4   2 255    23.7  
183.equake base result bar (24.0)
183.equake peak result bar (24.0)		 183.equake 2 126    24.0   2 126    24.0  
187.facerec base result bar (32.7)
187.facerec peak result bar (33.9)		 187.facerec 2 135    32.7   2 130    33.9  
188.ammp base result bar (25.1)
188.ammp peak result bar (27.0)		 188.ammp 2 203    25.1   2 189    27.0  
189.lucas base result bar (22.2)
189.lucas peak result bar (22.0)		 189.lucas 2 209    22.2   2 211    22.0  
191.fma3d base result bar (24.1)
191.fma3d peak result bar (25.3)		 191.fma3d 2 202    24.1   2 192    25.3  
200.sixtrack base result bar (15.2)
200.sixtrack peak result bar (15.2)		 200.sixtrack 2 168    15.2   2 168    15.2  
301.apsi base result bar (28.1)
301.apsi peak result bar (28.1)		 301.apsi 2 215    28.1   2 215    28.1  
  SPECfp_rate_base2000 26.2    
  SPECfp_rate2000 27.3  

Hardware
Hardware Vendor: Advanced Micro Devices
Model Name: TYAN S2865 K8E Tomcat, AMD Opteron (TM) 175
CPU: AMD Opteron (TM) 175 (939-pin)
CPU MHz: 2200
FPU: Integrated
CPU(s) enabled: 2 cores, 1 chip, 2 cores/chip
CPU(s) orderable: 1
Parallel: No
Primary Cache: 64KBI + 64KBD/core
Secondary Cache: 1024KB(I+D)/core
L3 Cache: N/A
Other Cache: N/A
Memory: 4x512 MB DDR400 CL2.0
Disk Subsystem: IDE, Western Digital WD2500JB, 7200 rpm
Other Hardware: None
Software
Operating System: Microsoft Windows Server 2003 Enterprise Edition SP1
Compiler: Intel C++ 8.0 build 20040714Z,
Intel Fortran 8.1 for IA32 build 20041019Z,
PGI Fortran compiler 5.2-4 for Windows XP,
AMD Core Math library Version 2.1 (ACML),
Microsoft Visual Studio .NET 7.0.9466 (libraries),
MicroQuill Smartheap Library 7.0
File System: NTFS
System State: Default
Notes / Tuning Information 
  +FDO: PASS1=-Qprof_gen  PASS2=-Qprof_use
  +ACML is linking with AMD Core Math Library V2.1
  ONESTEP is set for all peak runs.
  ifort is the Intel Fortran compiler, icl is the Intel C++ compiler and
  pgf90 is the PGI Fortran compiler.
  The Intel C++ 8.0 and the Intel Fortran 8.1 compilers are setup in the following order:
     "c:\program files\intel\fortran\compiler80\ia32\bin\ifortvars.bat"
     "c:\program files\intel\cpp\compiler80\ia32\bin\iclvars.bat"
  To make sure that the correct libraries are selected, the following link option is 
  added for the peak runs where Intel Fortran 8.1 compiler is used:
      LDOPT = -Fe$@ -link -LIBPATH:"c:\program files\intel\fortran\compiler80\ia32\lib"
   (denoted by +LIBPATH:INTEL8.1 in the optimization flags listed below)
  Portability: 
    178.galgel: -Mfixed
  Baseline: C      : icl   -fast -arch:SSE2 -QaxW +FDO
  Baseline: Fortran: pgf90 -fastsse -Mipa=fast,inline
  Peak tuning:
  168.wupwise:       pgf90 basepeak=yes
  171.swim:          ifort -Qipo  -O3  -QaxN -QxW +FDO -Qunroll0     +LIBPATH:INTEL8.1
  172.mgrid:         pgf90 basepeak=yes
  173.applu:         ifort -Qipo  -O3  -QaxN -QxW +FDO -auto         +LIBPATH:INTEL8.1
  177.mesa:          icl   -Qipo -arch:SSE2       +FDO -Qunroll1 -Qansi_alias
                           -Qoption,f,-ip_ninl_max_stats=1500,-ip_ninl_max_total_stats=4500
  179.art:           icl   -Qipo             -Zp4 +FDO
  183.equake:        icl   basepeak=yes
  178.galgel:        pgf90 -fastsse -Mipa=fast,safe RM_SOURCES=lapak.f90 -Munix +ACML
  187.facerec:       ifort -Qipo             -QxW +FDO -Qunroll3     +LIBPATH:INTEL8.1
                           -Qoption,f,-ip_ninl_max_stats=2500,-ip_ninl_max_total_stats=7000
  188.ammp:          icl   -Oa   -arch:SSE2  -Zp4      -Qansi_alias
  189.lucas:         ifort -Qipo             -QxW      -Qunroll1     +LIBPATH:INTEL8.1
  191.fma3d:         ifort -Qipo       -QaxN -QxW +FDO -Qansi-alias- +LIBPATH:INTEL8.1
  200.sixtrack:      pgf90 basepeak=yes
  301.apsi:          pgf90 basepeak=yes
 The start /b /wait /affinity command is used to bind CPU(s) to processes.
 The tested system can be assembled using a standard ATX footprint, an Antec True 550
 Watt EPS12V power supply, and a PCI or PCIe graphics card.
 All memory slots were populated with Corsair CMX512-3200XL.
 Memory timings manually set in BIOS: CAS=2, TRCD=2, TRAS=5, TRP=2
 BIOS V2.00b

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Copyright © 1999-2005 Standard Performance Evaluation Corporation

First published at SPEC.org on 10-Aug-2005

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