SPEC® CFP2006 Result

Copyright 2006-2014 Standard Performance Evaluation Corporation

Sun Microsystems

Sun SPARC Enterprise M8000

SPECfp®2006 = 11.9

CPU2006 license: 6 Test date: Mar-2007
Test sponsor: Sun Microsystems Hardware Availability: Apr-2007
Tested by: Fujitsu Limited Software Availability: May-2007
Benchmark results graph
Hardware
CPU Name: SPARC64 VI
CPU Characteristics:
CPU MHz: 2280
FPU: Integrated
CPU(s) enabled: 32 cores, 16 chips, 2 cores/chip, 2 threads/core
CPU(s) orderable: 1 to 4 CMUs; each CMU contains 2 or 4 chips
Primary Cache: 128 KB I + 128 KB D on chip per core
Secondary Cache: 5 MB I+D on chip per chip
L3 Cache: None
Other Cache: None
Memory: 64 GB (64 x 1 GB, see notes for details)
Disk Subsystem: 73 GB 10,000 RPM Fujitsu MAY2073RC SAS
Other Hardware: None
Software
Operating System: Solaris 10 11/06
Compiler: Sun Studio 12 (Early Access)
Auto Parallel: No
File System: ufs
System State: Default
Base Pointers: 32-bit
Peak Pointers: 32-bit
Other Software: None

Results Table

Benchmark Base Peak
Seconds Ratio Seconds Ratio Seconds Ratio Seconds Ratio Seconds Ratio Seconds Ratio
Results appear in the order in which they were run. Bold underlined text indicates a median measurement.
410.bwaves 708 19.2  708 19.2  708 19.2  591 23.0  591 23.0  591 23.0 
416.gamess 1899 10.3  1900 10.3  1899 10.3  1899 10.3  1900 10.3  1899 10.3 
433.milc 1116 8.23 1115 8.23 1115 8.23 806 11.4  806 11.4  806 11.4 
434.zeusmp 1330 6.84 1330 6.84 1330 6.84 1330 6.84 1330 6.84 1330 6.84
435.gromacs 684 10.4  684 10.4  684 10.4  650 11.0  650 11.0  650 11.0 
436.cactusADM 773 15.5  773 15.5  773 15.5  771 15.5  771 15.5  771 15.5 
437.leslie3d 791 11.9  792 11.9  791 11.9  638 14.7  638 14.7  639 14.7 
444.namd 795 10.1  795 10.1  795 10.1  795 10.1  795 10.1  795 10.1 
447.dealII 990 11.6  1010 11.3  976 11.7  862 13.3  862 13.3  863 13.3 
450.soplex 1137 7.33 1137 7.33 1137 7.34 1137 7.33 1137 7.33 1137 7.34
453.povray 563 9.46 563 9.45 564 9.44 391 13.6  391 13.6  391 13.6 
454.calculix 725 11.4  725 11.4  725 11.4  691 11.9  692 11.9  691 11.9 
459.GemsFDTD 1154 9.19 1154 9.19 1154 9.19 1154 9.19 1154 9.19 1154 9.19
465.tonto 888 11.1  893 11.0  887 11.1  791 12.4  791 12.4  790 12.5 
470.lbm 1041 13.2  1041 13.2  1041 13.2  861 16.0  861 16.0  861 16.0 
481.wrf 925 12.1  925 12.1  925 12.1  915 12.2  915 12.2  915 12.2 
482.sphinx3 2349 8.30 2350 8.29 2349 8.30 1785 10.9  1785 10.9  1785 10.9 

Operating System Notes


These shell commands request use of local 4MB pages:
      MPSSHEAP=4MB
      MPSSSTACK=4MB
      MADV=access_lwp
      LD_PRELOAD=mpss.so.1:madv.so.1
  'access_lwp' means that the next light weight
  process to touch the specified address range
  will access it the most heavily.

Stack size set to unlimited via "ulimit -s unlimited"

The run was bound to processor #27 using the "psrset" command
    psrset -c processor id...: creates a set
    psrset -e set_id command:  runs command on a set


 System Tunables:
 (/etc/system parameters)
    maxphys=4194304
       Defines the maximum size of I/O requests, in bytes.
    maxpgio=1024
       Defines the maximum number of page I/O requests that can
       be queued by the paging system.
    tune_t_fsflushr=1
       Controls how many seconds elapse between runs of the
       page flush daemon, fsflush.
    autoup=60
       Causes pages older than the listed number of seconds to
       be written by fsflush.
    bufhwm=3000
       Memory byte limit for caching I/O buffers
    segmap_percent=1
       Set maximum percent memory for file system cache

Platform Notes


"CMU" = CPU/Memory Unit; each holds 2 or 4 CPU chips.

Memory was 8-way interleaved by filling same capacity
DIMMs in every other slot

This result is measured on a Fujitsu SPARC Enterprise
M8000 Server.  Note that the Fujitsu SPARC Enterprise
M8000 and Sun SPARC Enterprise M8000 are electrically
equivalent.

Base Compiler Invocation

C benchmarks:

 /opt/SUNWspro12_EA070303/bin/cc 

C++ benchmarks:

 /opt/SUNWspro12_EA070303/bin/CC 

Fortran benchmarks:

 /opt/SUNWspro12_EA070303/bin/f90 

Benchmarks using both Fortran and C:

 /opt/SUNWspro12_EA070303/bin/cc   /opt/SUNWspro12_EA070303/bin/f90 

Base Optimization Flags

C benchmarks:

 -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -xprefetch_level=2 

C++ benchmarks:

 -library=stlport4   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused 

Fortran benchmarks:

 -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused   -xprefetch_level=2 

Benchmarks using both Fortran and C:

 -fast(cc)   -fast(f90)   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -xprefetch_level=2   -Qoption cg -fma=fused 

Peak Compiler Invocation

C benchmarks:

 /opt/SUNWspro12_EA070303/bin/cc 

C++ benchmarks:

 /opt/SUNWspro12_EA070303/bin/CC 

Fortran benchmarks:

 /opt/SUNWspro12_EA070303/bin/f90 

Benchmarks using both Fortran and C:

 /opt/SUNWspro12_EA070303/bin/cc   /opt/SUNWspro12_EA070303/bin/f90 

Peak Optimization Flags

C benchmarks:

433.milc:  -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -xalias_level=strong   -xprefetch_level=2   -xprefetch_auto_type=indirect_array_access 
470.lbm:  -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=v8plusb   -xprefetch_level=2   -fma=fused   -Wc,-fma=fused 
482.sphinx3:  -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused 

C++ benchmarks:

444.namd:  basepeak = yes 
447.dealII:  -library=stlport4   -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused   -xdepend   -xalias_level=compatible   -xrestrict 
450.soplex:  basepeak = yes 
453.povray:  -library=stlport4   -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused   -xdepend   -xalias_level=compatible 

Fortran benchmarks:

410.bwaves:  -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=v8plusb   -xchip=ultra3cu   -xprefetch_level=2   -xprefetch=latx:3.0   -fma=fused   -Qoption cg -fma=fused 
416.gamess:  basepeak = yes 
434.zeusmp:  -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused   -lmopt 
437.leslie3d:  -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Qoption cg -fma=fused   -xprefetch_level=2   -xprefetch=latx:8.0 
459.GemsFDTD:  basepeak = yes 
465.tonto:  -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=v8plusa   -fma=fused   -Qoption cg -fma=fused   -lfast 

Benchmarks using both Fortran and C:

435.gromacs:  -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast(cc)   -fast(f90)   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -Qoption cg -fma=fused 
436.cactusADM:  -fast(cc)   -fast(f90)   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -Qoption cg -fma=fused 
454.calculix:  Same as 436.cactusADM 
481.wrf:  -xprofile=collect:./feedback(pass 1)   -xprofile=use:./feedback(pass 2)   -fast(cc)   -fast(f90)   -xipo=2   -xtarget=sparc64vi   -xcache=128/64/2:6144/256/12   -xarch=sparcfmaf   -fma=fused   -Wc,-fma=fused   -Qoption cg -fma=fused   -xprefetch_level=2 

The flags file that was used to format this result can be browsed at
http://www.spec.org/cpu2006/flags/Sun-Solaris-Studio12.20090714.02.html.

You can also download the XML flags source by saving the following link:
http://www.spec.org/cpu2006/flags/Sun-Solaris-Studio12.20090714.02.xml.

SPEC and SPECfp are registered trademarks of the Standard Performance Evaluation Corporation. All other brand and product names appearing in this result are trademarks or registered trademarks of their respective holders.

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Copyright 2006-2014 Standard Performance Evaluation Corporation
Tested with SPEC CPU2006 v1.0.
Report generated on Tue Jul 22 11:34:05 2014 by SPEC CPU2006 HTML formatter v6932.
Originally published on 1 May 2007.