SPEC Seal of Reviewal CFP2000 Result
Copyright © 1999-2004 Standard Performance Evaluation Corporation
Hewlett-Packard Company
hp AlphaServer GS320 68/1224
SPECfp_rate2000 = 320    
SPECfp_rate_base2000 = 241    
SPEC license # 2 Tested by: HP Test date: Sep-2002 Hardware Avail: Aug-2002 Software Avail: Dec-2002
Graph Scale Benchmark Base
Copies
Base
Runtime
Base
Ratio
Copies Runtime Ratio
168.wupwise base result bar (195)
168.wupwise peak result bar (357)
168.wupwise 32 305    195     32 167    357    
171.swim base result bar (213)
171.swim peak result bar (213)
171.swim 32 541    213     32 541    213    
172.mgrid base result bar (108)
172.mgrid peak result bar (170)
172.mgrid 32 617    108     32 392    170    
173.applu base result bar (167)
173.applu peak result bar (184)
173.applu 32 466    167     32 423    184    
177.mesa base result bar (358)
177.mesa peak result bar (435)
177.mesa 32 145    358     32 119    435    
178.galgel base result bar (746)
178.galgel peak result bar (863)
178.galgel 32 144    746     32 125    863    
179.art base result bar (920)
179.art peak result bar (1186)
179.art 32 105    920     32 81.4  1186     
183.equake base result bar (70.9)
183.equake peak result bar (223)
183.equake 32 681    70.9   32 216    223    
187.facerec base result bar (504)
187.facerec peak result bar (645)
187.facerec 32 140    504     32 109    645    
188.ammp base result bar (286)
188.ammp peak result bar (384)
188.ammp 32 286    286     32 213    384    
189.lucas base result bar (174)
189.lucas peak result bar (200)
189.lucas 32 427    174     32 371    200    
191.fma3d base result bar (146)
191.fma3d peak result bar (185)
191.fma3d 32 535    146     32 420    185    
200.sixtrack base result bar (175)
200.sixtrack peak result bar (190)
200.sixtrack 32 233    175     32 215    190    
301.apsi base result bar (260)
301.apsi peak result bar (281)
301.apsi 32 371    260     32 344    281    
  SPECfp_rate_base2000 241      
  SPECfp_rate2000 320    

Hardware
Hardware Vendor: Hewlett-Packard Company
Model Name: hp AlphaServer GS320 68/1224
CPU: Alpha 21264C
CPU MHz: 1224
FPU: Integrated
CPU(s) enabled: 32 cores, 32 chips, 1 core/chip
CPU(s) orderable: 1 to 32
Parallel: No
Primary Cache: 64KB(I)+64KB(D) on chip
Secondary Cache: 16MB off chip per CPU
L3 Cache: None
Other Cache: None
Memory: 128GB
Disk Subsystem: mfs (Memory File System)
Other Hardware: None
Software
Operating System: Tru64 UNIX T5.1B
Compiler: Compaq C V6.5-011-48C5K
Spike V5.2 (506 48C5K)
Compaq Fortran V5.5-1877-48BBF
Compaq Fortran 77 V5.5-1877-48BBF
KAP Fortran V4.4 k340504 20010517
KAP Fortran 77 V4.1 k310440 980926
KAP C V4.2 k010737S 010515
File System: mfs
System State: Multi-user
Notes / Tuning Information
 Baseline   C: cc  -arch ev6 -fast -O4 ONESTEP 
      Fortran: f90 -arch ev6 -fast -O5 ONESTEP 

 
 Peak:
   All use -arch ev6 -non_shared ONESTEP (except applu and ammp)
   Individual benchmark tuning:
   168.wupwise: kf77 -call_shared -inline all -tune ev67 
                -unroll 12 -automatic -align commons -arch ev67
                -fkapargs=' -aggressive=c -fuse
                -fuselevel=1 -so=2 -r=1 -o=1 -interleave
                -ur=6 -ur2=060 ' +PFB
       171.swim: same as base
      172.mgrid: kf90 -call_shared -arch generic -O5 -inline
                 manual -nopipeline -unroll 9 -automatic -transform_loops
                 -fkapargs='-aggressive=a -fuse -interleave
                 -ur=2 -ur3=5 -cachesize=128,16000 ' +PFB
     173.applu: kf90  -O5 -transform_loops 
                -fkapargs=' -o=0 -nointerleave -ur=14
                -ur2=260 -ur3=18' +PFB
      177.mesa: kcc -fast -O4 +CFB +IFB 
    178.galgel: f90 -O5 -fast -unroll 5 -automatic
       179.art: kcc  -assume whole_program -ldensemalloc 
                -call_shared -assume restricted_pointers 
                -unroll 16 -inline none -ckapargs=' 
                -fuse -fuselevel=1 -ur=3' +PFB
    183.equake: cc -call_shared -arch generic -fast -O4
                -ldensemalloc -assume restricted_pointers
                -inline speed -unroll 13 -xtaso_short +PFB
   187.facerec: f90 -O4 -nopipeline -inline all 
                -non_shared -speculate all -unroll 7
                -automatic -assume accuracy_sensitive 
                -math_library fast +IFB 
      188.ammp: cc -arch host -O4 -ifo -assume nomath_errno 
                -assume trusted_short_alignment -fp_reorder 
                -readonly_strings -ldensemalloc -xtaso_short 
                -assume restricted_pointers -unroll 9 
                -inline speed +CFB +IFB +PFB
     189.lucas: kf90 -O5 -fkapargs='-ur=1' +PFB 
     191.fma3d: kf90 -O4 -transform_loops -fkapargs='-cachesize=128,16000' +PFB
  200.sixtrack: f90 -fast -O5 -assume accuracy_sensitive 
                -notransform_loops +PFB
      301.apsi: kf90 -O5 -inline none -call_shared -speculate all 
                -align commons -fkapargs=' -aggressive=ab 
                -tune=ev5 -fuse -ur=1 -ur2=60 -ur3=20 
                -cachesize=128,16000'

 Most benchmarks are built using one or more types of 
 profile-driven feedback.  The types used are designated
 by abbreviations in the notes:

 +CFB: Code generation is optimized by the compiler, using 
       feedback from a training run.  These commands are
       done before the first compile (in phase "fdo_pre0"):

            mkdir /tmp/pp
            rm -f /tmp/pp/${baseexe}*

       and these flags are added to the first and second compiles:

            PASS1_CFLAGS = -prof_gen_noopt -prof_dir /tmp/pp
            PASS2_CFLAGS = -prof_use       -prof_dir /tmp/pp
 
      (Peak builds use /tmp/pp above; base builds use /tmp/pb.)

 +IFB: Icache usage is improved by the post-link-time optimizer 
       Spike, using feedback from a training run.  These commands
       are used (in phase "fdo_postN"):  

            mv ${baseexe} oldexe
            spike oldexe -feedback oldexe -o ${baseexe}

 +PFB: Prefetches are improved by the post-link-time optimizer 
       Spike, using feedback from a training run.  These
       commands are used (in phase "fdo_post_makeN"):

            rm -f *Counts*
            mv ${baseexe} oldexe
            pixie -stats dstride oldexe 1>pixie.out 2>pixie.err
            mv oldexe.pixie ${baseexe}

       A training run is carried out (in phase "fdo_runN"), and 
       then this command (in phase "fdo_postN"):

            spike oldexe -fb oldexe -stride_prefetch -o ${baseexe}

 When Spike is used for both Icache and Prefetch improvements, 
 only one spike command is actually issued, with the Icache 
 options followed by the Prefetch options.

 vm:
         vm_bigpg_enabled = 1
         vm_bigpg_thresh=16
         vm_swap_eager = 0
 
 proc:
         max_per_proc_address_space = 0x40000000000
         max_per_proc_data_size = 0x40000000000
         max_per_proc_stack_size = 0x40000000000
         max_proc_per_user = 2048
         max_threads_per_user = 0
         maxusers = 16384
         per_proc_address_space = 0x40000000000
         per_proc_data_size = 0x40000000000
         per_proc_stack_size = 0x40000000000
 
 
 Portability: galgel: -fixed
 submit = runon cpu


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Copyright © 1999-2004 Standard Performance Evaluation Corporation

First published at SPEC.org on 12-Nov-2002

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