Title


The FeatFlow benchmarks


Point Motivation
Point CC2D benchmarks streamline diffusion and upwinding
Point CC3D benchmarks streamline diffusion and upwinding
Point PP2D benchmarks streamline diffusion and upwinding
Point PP3D benchmarks streamline diffusion and upwinding



Motivation

The FEATFLOW benchmark is a set of test calculations which is very similar to the 1995-DFG benchmark `Flow around a cylinder'. However in contrast to the original one, all input parameters and even the triangulation is fixed. The remaining interesting point is the total CPU cost and how they are distributed to the separate tasks in a CFD code, as mesh generation, assembling of matrices and right hand sides, solving linear subproblems or postprocessing steps.

The original idea behind this benchmark was to have a tool at our institute which helps us in selecting the "optimal" workstations for our classes of problems. Being an university institute, no money is available for supercomputers. However, these might be even useless since most of our working time is spent with developing and testing methods and codes. Modern workstations are much more appropriate for these kind of tasks since, for even less money than needed for one single supercomputer, every member of the institute may get his own workstation. Furthermore, the new generations of processors in workstation are very fast, even for complex data structures. In contrast, these data structures which are necessary for complex CFD applications often behave in such a way that they lead to performance problems on vector computers. Moreover, parallel machines require additional work in the design of algorithms and implementations which is in general a very hard job. Hence, modern powerful workstations with 1 - 2 GByte RAM are the typical workhorses for numerical analysts, and this at relatively small cost.

The major question which typically arises is: Which kind of workstation/processor is adequate to our work? There are IBM's, DEC's, SUN's, HP's, SGI's and more, and all promise to be the fastest or at least to be as fast as the other competitors if quantities like SPEC's, MIPS or MFlops are compared. Next, one takes into account the results from LINPACK tests which measure the time for inverting a full matrix of size 100 x 100 or 1000 x 1000. Again, the results do not differ much, but one may gain first hints that there are significant hidden problems. Looking at the "official" LINPACK tests, there is one interesting fact which is not well-know to everybody: LINPACK 100 is performed by applying a FORTRAN77 compiler directly to the source code while LINPACK 1000 can be implemented "highly-optimized" in ASSEMBLER language even. The result is often the following:

If one uses the FORTRAN compiler with the (given) compiler options, in most cases the efficiency rates given by the vendors can be repeated. Doing the same for the LINPACK 1000 test, only 5 % to 50 % of the "optimal" performance are usually obtained. Not only the "peak" performance of the processors is decisive, but the distributed compiler and, much more important, the knowledge of the "optimal" compiler options, too. Furthermore, beside processor performance and compiler options there is a third major point which often is the bottleneck: the memory system and the time to handle data from the RAM memory to the processor's cache. In fact, there are so many things which can influence the performance of an actual application that nobody can predict by theoretical considerations only how fast it will run on a certain workstation configuration.

This knowledge and bad experiences with certain workstations were the starting point to develop our own benchmark configurations, namely the indicated FEATFLOW benchmark. The results should answer the question:

`Which workstation configuration, that means in practice, which processor and which compiler options give us the "best possible performance for our money", without changing explicitly the code?'

Beside the fact that we obtained some valuable knowledge about the practical behaviour of hardware and software components, we additionally figured out that this performance analysis influences also the design of the numerical and algorithmic components. One of the most surprising results was that our preferred nonstationary solution method, the discrete projection scheme, does not always run optimally on modern workstation platforms. This was a further reason to think about improved methods which are developed and described in the next chapter. It is a very important aspect of scientific research which stands outside of mathematical experience and which has to be mentioned explicitly in this context.

The following tests are performed with about 60,000 mesh cells in 2D, to test computers with at least 64 Mbyte RAM, and in 3D with 75,000 cells for machines with 128 Mbyte RAM or more.

We apply a coupled multigrid approach with the mentioned Vanka smoother in a direct steady solver (CC2D or CC3D), and the discrete projection scheme as nonstationary scheme to iterate the stationary limit (PP2D/PP3D). The Reynolds number for these tests is about Re=20, and all calculations are performed with the nonconforming rotated multilinear finite elements. Additionally, we apply stabilization techniques of upwind (UPW) or streamline diffusion (SD) type for the convective term, and we use SOR or ILU-schemes as smoothers in the multigrid solver for the scalar subproblems if applying the projection scheme. The following abbreviations for the elapsed time in seconds are used:


The CC2D benchmarks, streamline diffusion

 
Results for steady test case CC2D-SD
Type total PRO LC MAT C-MG
Intel Xeon E5520 (2270 MHz) 11 0 0 3 8
Intel Core2 Duo Linux/IFC (2400 MHz) 14 0 1 3 10
Intel P4 Xeon Linux/IFC (3600 MHz) 20 1 1 3 15
AMD Opteron 852 Linux/PathScale (2600 MHz) 25 0 1 4 20
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 27 1 1 5 19
IBM Power4/64bit (1700 MHz) 27 0 1 6 19
IBM Power4/32bit (1700 MHz) 28 0 1 8 19
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 29 1 1 5 22
HP Itanium II HPUX (1600 MHz) 31 1 2 7 22
IBM Power4 (1300 MHz) 32 1 2 7 22
HP Itanium II HPUX (1500 MHz) 34 1 2 8 23
IBM Power5 Linux/GCC (1650 MHz) 35 2 1 11 21
AMD Opteron 242 Linux/GCC (1800 MHz) 36 2 2 8 25
Intel P4 Xeon Linux/GCC (3000 MHz) 37 1 2 8 26
HP Itanium II Linux/IFC (1500 MHz) 40 2 2 9 27
Intel P4 Linux/GCC (2600 MHz) 41 1 2 9 28
DEC 21364 ES47 (1000 MHz) 41 1 2 7 31
DEC 21264C ES45 (1000 MHz) 42 1 3 7 31
AMD Athlon XP Linux/GCC (2080 MHz) 46 2 3 8 34
Intel Itanium II Linux/IFC (1400 MHz) 48 3 2 10 33
DEC 21264B ES40 (833 MHz) 50 1 3 9 34
Intel P4 Linux/IFC/ATLAS (2600 MHz) 54 1 3 10 39
Intel P4 Linux/GCC (2600 MHz) 57 2 3 10 42
DEC 21264A ES40 (667 MHz) 60 1 3 11 44
Intel P4 Linux/IFC/ATLAS (1700 MHz) 68 2 4 16 47
HP PA-RISC 8700 HPUX (550 MHz) 70 3 5 14 49
Intel P4 WinXP/Salford F77 (2400 MHz) 75 2 3 19 51
AMD Athlon XP Linux/IFC (1343 MHz) 77 2 5 12 57
Sun UltraSparc IIICu (1015 MHz) 79 1 4 15 59
Intel P4 Linux/IFC (1700 MHz) 81 2 7 14 59
AMD Athlon XPM Linux/GCC (1327 MHz) 84 3 6 11 64
Sun UltraSparc IIICu (900 MHz) 87 2 5 19 61
AMD Athlon Linux/IFC (1200 MHz) 92 3 7 14 68
DEC 21264 WS (500 MHz) 96 2 6 21 67
Apple G4 OSX/GCC (1500 MHz) 97 2 7 15 73
Intel P4 Linux/GCC (1700 MHz) 98 3 6 22 67
Intel PIII Linux/IFC (1000 MHz) 104 3 7 18 76
Sun UltraSPARC-III (750 MHz) 113 2 8 21 83
AMD K7 700 MHz (LINUX/ECGS) 144 6 9 25 103
IBM PWR3 (200 MHz) 148 9 7 44 88
Hitachi SR8000 (375 MHz) single mode 167 5 9 38 115
IBM POWER2SC (170 MHz) 182 9 8 55 110
PIII 700 MHz (LINUX/ECGS) 182 5 13 38 127
AMD K7 500 MHz (LINUX/ECGS) 189 8 11 36 133
SUN E3500 (400 MHz/SC5.0) 204 10 12 43 141
DEC 21164 PC (533 MHz/LINUX/F77) 212 4 14 39 154
DEC 21164 WS (500 MHz) 225 4 20 42 160
PII450 MHz(XEON) (NT/VF6.1) 231 5 14 48 164
HP C240 (240 MHz) 241 9 15 49 168
PIII 500 MHz (LINUX/ECGS) 251 6 17 56 172
SUN ULTRA60 (300 MHz;SC4.2) 281 12 16 57 195
SUN ULTRA10 (333 MHz;SC4.2) 283 11 17 52 201
PII 400 MHz (LINUX/ECGS) 295 7 18 72 197
SUN ULTRA30 (300 MHz) 307 13 30 58 205
DEC 21164 PC (533 MHz/LINUX/ECGS) 334 7 18 69 240
SUN ULTRA 450 (250 MHz) 365 15 35 69 247
IBM RS6000/590 (66 MHZ) 403 22 16 133 231
SUN ULTRA1 (200 MHz) 423 19 44 84 276
SGI PCH/10 (196 MHz) 426 13 33 76 304
SGI PI2/10 (195 MHz) 445 17 39 70 319
PENTIUM II (266 MHz) 467 10 26 129 302
SUN ULTRA1 (170 MHz) 508 22 48 100 336
PENTIUM II (233 MHz) 561        
HP C110 745 10 58 130 546
IBM 580 767 37 30 207 494
PC 200 768        
SGI r4400 (250MHz) 848 30 54 185 578
SGI PI2/8 (75 MHz) 854 34 46 241 532
IBM 250/601 1001 43 51 270 638
PC 166 1136        
SUN H20/100 1187 52 100 191 843
IBM 950 1200 54 45 385 715
SUN S20/61 1208 43 75 252 837
SUN S20/51 1886 58 103 379 1345


The CC2D benchmarks, upwinding

 
Results for steady test case CC2D-UPW
Type total PRO LC MAT C-MG
Intel Xeon E5520 (2270 MHz) 10 0 1 1 9
Intel Core2 Duo Linux/IFC (2400 MHz) 14 0 1 3 10
Intel P4 Xeon Linux/IFC (3600 MHz) 19 1 2 1 16
AMD Opteron 852 Linux/PathScale (2600 MHz) 24 0 2 1 20
IBM Power4/32bit (1700 MHz) 24 0 2 1 20
IBM Power4/64bit (1700 MHz) 26 0 2 1 23
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 27 1 2 1 23
IBM Power4 (1300 MHz) 28 1 2 2 24
HP Itanium II HPUX (1600 MHz) 28 1 2 1 24
IBM Power5 Linux/GCC (1650 MHz) 28 2 2 2 23
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 29 1 2 1 25
HP Itanium II HPUX (1500 MHz) 30 1 3 2 25
AMD Opteron 242 Linux/GCC (1800 MHz) 33 2 2 2 27
Intel P4 Xeon Linux/GCC (3000 MHz) 33 1 2 2 28
HP Itanium II Linux/IFC (1500 MHz) 36 2 2 2 30
Intel P4 Linux/GCC (2600 MHz) 36 1 2 2 30
DEC 21364 ES47 (1000 MHz) 42 1 3 2 36
DEC 21264C ES45 (1000 MHz) 42 1 4 2 36
Intel Itanium II Linux/IFC (1400 MHz) 44 3 3 2 36
AMD Athlon XP Linux/GCC (2080 MHz) 44 2 3 2 37
Intel P4 Linux/IFC/ATLAS (2600 MHz) 50 1 4 2 43
DEC 21264B ES40 (883 MHz) 52 1 5 2 44
Intel P4 Linux/GCC (2600 MHz) 54 2 4 3 46
Intel P4 Linux/IFC/ATLAS (1700 MHz) 60 2 5 2 52
DEC 21264A ES40 (667 MHz) 63 1 5 3 54
Intel P4 WinXP/Salford F77 (2400 MHz) 64 2 4 3 55
HP PA-RISC 8700 HPUX (550 MHz) 64 3 6 3 53
AMD Athlon XP Linux/IFC (1343 MHz) 73 2 6 2 62
Sun UltraSparc IIICu (1015 MHz) 73 1 6 3 63
Intel P4 Linux/IFC (1700 MHz) 75 2 7 2 64
Sun UltraSparc IIICu (900 MHz) 78 2 6 3 66
DEC 21264 WS (500 MHz) 85 2 8 4 72
Intel P4 Linux/GCC (1700 MHz) 85 3 8 3 72
AMD Athlon Linux/IFC (1200 MHz) 86 3 9 3 73
AMD Athlon XPM Linux/GCC (1327 MHz) 88 3 8 3 75
Apple G4 OSX/GCC (1500 MHz) 90 2 8 3 77
Intel PIII Linux/IFC (1000 MHz) 96 3 9 3 82
Sun UltraSPARC-III (750 MHz) 104 2 10 4 89
IBM PWR3 (200 MHz) 126 9 9 7 101
AMD K7 700 MHz (LINUX/ECGS) 147 6 13 7 122
IBM POWER2SC (170 MHz) 149 9 11 10 118
Hitachi SR8000 (375 MHz) single mode 161 5 13 8 135
PIII 700 MHz (LINUX/ECGS) 163 5 16 6 136
AMD K7 500 MHz (LINUX/ECGS) 170 7 14 8 141
SUN E3500 (400 MHz/SC5.0) 183 9 16 13 153
DEC 21164 PC (533 MHz/LINUX/F77) 196 4 18 39 168
DEC 21164 WS (500 MHz) 202 4 19 8 171
PII450 MHz(XEON) (NT/VF6.1) 211 5 18 8 180
HP C240 (240 MHz) 219 9 19 9 181
PIII 500 MHz (LINUX/ECGS) 221 6 21 9 186
SUN ULTRA60 (300 MHz;SC4.2) 253 12 21 9 211
PII 400 MHz (LINUX/ECGS) 253 7 23 11 212
SUN ULTRA10 (333 MHz;SC4.2) 259 11 22 8 218
SUN ULTRA30 (300 MHz) 263 13 22 9 219
DEC 21164 PC (533 MHz/LINUX/ECGS) 303 7 24 13 259
DEC 21164 TURBO (300MHz) 308 6 28 12 261
SUN ULTRA 450 (250 MHz) 313 15 26 10 262
IBM RS6000/590 (66 MHZ) 319 23 23 24 249
SUN ULTRA1 (200 MHz) 351 19 27 12 293
PENTIUM II (266 MHz) 386 10 34 16 326
SGI PCH/10 (196 MHz) 395 13 34 15 333
SGI PI2/10 (195 MHz) 409 12 38 15 343
SUN ULTRA1 (170 MHz) 430 22 32 15 361
PENTIUM II (233 MHz) 472        
SGI PCH/8 (90 MHz) 497 29 44 22 401
PC 200 599        
IBM 580 632 31 41 40 519
HP C110 677 10 60 23 584
SGI PI2/8 (75 MHz) 698 34 74 28 571
SGI r4400 (250 MHz) 750 30 60 24 635
IBM 250/601 832 43 67 41 681
PC 166 930        
IBM 950 955 48 67 64 775
SUN H20/100 1063 52 89 31 891
SUN S20/61 1071 42 95 39 894
SUN S20/51 1676 59 130 55 1432


The CC3D benchmarks, streamline diffusion

 
Results for steady test case CC3D-SD
Type total PRO LC MAT C-MG
Intel Xeon E5520 (2270 MHz) 51 0 1 11 39
Intel Core2 Duo Linux/IFC (2400 MHz) 65 1 2 11 51
Intel P4 Xeon Linux/IFC (3600 MHz) 96 1 3 16 76
HP Itanium II HPUX (1600 MHz) 107 1 4 19 84
AMD Opteron 852 Linux/PathScale (2600 MHz) 115 1 3 17 94
IBM Power4/32bit (1700 MHz) 120 1 4 22 93
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 123 1 4 23 96
IBM Power4/64bit (1700 MHz) 124 1 3 20 99
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 129 1 4 24 100
HP Itanium II HPUX (1500 MHz) 141 1 5 23 112
IBM Power4 (1300 MHz) 143 2 5 27 110
IBM Power5 Linux/GCC (1650 MHz) 146 1 4 34 107
AMD Opteron 242 Linux/GCC (1800 MHz) 166 1 5 30 130
HP Itanium II Linux/IFC (1500 MHz) 168 1 4 25 137
DEC 21364 ES47 (1000 MHz) 178 1 6 29 142
Intel P4 Xeon Linux/GCC (3000 MHz) 186 1 5 31 149
Intel P4 Linux/GCC (2600 MHz) 191 1 5 33 152
Intel Itanium II Linux/IFC (1400 MHz) 197 1 5 27 163
DEC 21264C ES45 (1000 MHz) 204 1 7 30 166
AMD Athlon XP Linux/GCC (2080 MHz) 210 1 7 28 174
Intel P4 Linux/IFC/ATLAS (2600 MHz) 235 1 8 33 193
DEC 21264B ES40 (833 MHz) 257 2 10 36 209
Intel P4 Linux/GCC (2600 MHz) 264 2 8 35 219
DEC 21264A ES40 (667 MHz) 285 2 10 45 229
Intel P4 WinXP/Salford F77 (2400 MHz) 289 2 8 70 209
HP PA-RISC 8700 HPUX (550 MHz) 292 2 11 44 235
Intel P4 Linux/IFC/ATLAS (1700 MHz) 298 2 9 49 238
AMD Athlon XP Linux/IFC (1343 MHz) 338 2 12 43 281
Intel P4 Linux/IFC (1700 MHz) 357 2 13 49 293
Apple G4 OSX/GCC (1500 MHz) 387 2 15 50 319
AMD Athlon XPM Linux/GCC (1327 MHz) 392 2 14 44 332
AMD Athlon Linux/IFC (1200 MHz) 395 2 14 49 328
Sun UltraSparc IIICu (1015 MHz) 403 2 13 58 328
Intel P4 Linux/GCC (1700 MHz) 415 2 14 86 313
Intel PIII Linux/IFC (1000 MHz) 435 3 17 73 343
Sun UltraSparc IIICu (900 MHz) 440 2 14 69 354
DEC 21264 WS (500 MHz) 471 3 17 79 372
Intel Itanium IA-64 (800 MHz) 528 3 18 100 408
Sun UltraSPARC-III (750 MHz) 577 3 24 86 464
IBM PWR3 (200 MHz) 603 5 17 113 468
AMD K7 700 MHz (LINUX/ECGS) 627 4 23 91 509
Hitachi SR8000 (375 MHz) single mode 728 5 23 127 574
IBM POWER2SC (170 MHZ) 755 7 21 182 545
PIII 700 MHz (LINUX/ECGS) 783 5 32 169 578
AMD K7 500 MHz (LINUX/ECGS) 841 5 28 126 631
PII450 MHz(XEON) (NT/VF6.1) 956 6 34 200 716
SUN E3500 (400 MHz/SC5.0) 963 5 34 152 772
HP C240 (240 MHz) 974 7 36 148 783
DEC 21164 PC (533 MHz/LINUX/F77) 1007 5 36 138 828
DEC 21164 WS (500 MHz) 1029 5 59 159 804
PIII 500 MHz (LINUX/ECGS) 1108 7 42 243 815
PII 400 MHz (LINUX/ECGS) 1307 8 46 307 947
SUN ULTRA10 (333 MHz;SC4.2) 1349 5 44 220 1078
SUN ULTRA60 (300 MHz;SC4.2) 1368 6 41 231 1089
SUN ULTRA30 (300 MHz) 1370 7 45 228 1090
IBM RS6000/590 (66 MHZ) 1510 16 43 407 1043
SUN ULTRA 450 (250 MHz) 1623 8 50 276 1289
DEC 21164 PC (533 MHz/LINUX/ECGS) 1627 7 46 236 1338
SUN ULTRA1 (200 MHz) 1794 11 51 302 1430
SGI PI2/10 (195 MHz) 1936 11 75 215 1634
SGI PCH/10 (196 MHz) 1949 14 65 277 1592
PENTIUM II (266 MHz) 2020 11 72 544 1394
SUN ULTRA1 (170 MHz) 2204 11 59 367 1766
HP C110 2817 22 107 410 2277
SGI PI2/8 (75 MHz) 3254 28 117 676 2432
IBM 580 3329 27 100 685 2514
PENTIUM II (200 MHZ) 4675        
SGI r4400 (250MHz) 4720 18 125 835 3740
IBM 950 4799 37 121 1187 3448
SUN H20/100 5328 31 165 856 4275
SUN S20/61 5751 36 179 979 4557
SUN S20/51 9543 44 262 1694 7543


The CC3D benchmarks, upwinding

 
Results for steady test case CC3D-UPW
Type total PRO LC MAT C-MG
Intel Xeon E5520 (2270 MHz) 47 0 3 3 41
Intel Core2 Duo Linux/IFC (2400 MHz) 62 0 3 4 54
Intel P4 Xeon Linux/IFC (3600 MHz) 91 1 5 5 81
HP Itanium II HPUX (1600 MHz) 101 1 7 4 89
IBM Power4/32bit (1700 MHz) 103 1 6 5 91
AMD Opteron 852 Linux/PathScale (2600 MHz) 109 1 5 4 99
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 110 1 6 4 99
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 116 1 6 4 104
IBM Power4/64bit (1700 MHz) 118 1 6 5 106
IBM Power4 (1300 MHz) 130 2 8 7 114
IBM Power5 Linux/GCC (1650 MHz) 131 1 8 9 113
HP Itanium II HPUX (1500 MHz) 135 1 8 7 119
AMD Opteron 242 Linux/GCC (1800 MHz) 151 1 8 7 135
DEC 21364 ES47 (1000 MHz) 160 1 10 6 143
HP Itanium II Linux/IFC (1500 MHz) 161 1 8 7 146
Intel P4 Xeon Linux/GCC (3000 MHz) 176 1 8 8 156
DEC 21264C ES45 (1000 MHz) 184 1 12 7 164
Intel Itanium II Linux/IFC (1400 MHz) 191 1 9 8 173
AMD Athlon XP Linux/GCC (2080 MHz) 201 1 10 6 183
Intel P4 Linux/GCC (2600 MHz) 201 1 9 9 182
Intel P4 Linux/IFC/ATLAS (2600 MHz) 223 1 12 7 203
DEC 21264B ES40 (833 MHz) 238 1 18 8 210
Intel P4 WinXP/Salford F77 (2400 MHz) 250 2 13 12 223
Intel P4 Linux/GCC (2600 MHz) 258 1 13 9 235
DEC 21264A ES40 (667 MHz) 260 2 16 10 232
Intel P4 Linux/IFC/ATLAS (1700 MHz) 280 2 14 10 254
HP PA-RISC 8700 HPUX (550 MHz) 282 2 15 10 254
AMD Athlon XP Linux/IFC (1343 MHz) 324 2 17 9 296
Intel P4 Linux/IFC (1700 MHz) 343 2 19 10 313
Apple G4 OSX/GCC (1500 MHz) 374 2 22 14 335
Intel P4 Linux/GCC (1700 MHz) 375 2 22 14 336
AMD Athlon Linux/IFC (1200 MHz) 377 2 22 10 342
Sun UltraSparc IIICu (1015 MHz) 383 2 21 14 346
AMD Athlon XPM Linux/GCC (1327 MHz) 384 2 21 11 350
Intel PIII Linux/IFC (1000 MHz) 408 3 25 14 366
Sun UltraSparc IIICu (900 MHz) 417 2 23 17 375
DEC 21264 WS (500 MHz) 424 3 26 19 376
Intel Itanium IA-64 (800 MHz) 486 3 31 21 431
Sun UltraSPARC-III (750 MHz) 552 3 34 18 497
IBM PWR3 (200 MHz) 554 5 34 28 487
AMD K7 700 MHz (LINUX/ECGS) 589 4 35 20 529
IBM POWER2SC (170 MHZ) 666 7 41 41 577
PIII 700 MHz (LINUX/ECGS) 675 5 49 26 595
Hitachi SR8000 (375 MHz) single mode 686 4 46 31 604
AMD K7 500 MHz (LINUX/ECGS) 797 5 43 30 719
PII450 MHz(XEON) (NT/VF6.1) 868 5 56 35 772
DEC 21164 PC (533 MHz/LINUX/F77) 879 5 52 28 794
SUN E3500 (400 MHz/SC5.0) 883 5 50 41 801
DEC 21164 WS (500 MHz) 928 5 56 30 836
HP C240 (240 MHz) 930 6 55 37 830
PIII 500 MHz (LINUX/ECGS) 939 6 66 36 830
PII 400 MHz (LINUX/ECGS) 1102 7 74 49 973
SUN ULTRA10 (333 MHz;SC4.2) 1217 5 67 35 1109
SUN ULTRA30 (300 MHz) 1230 7 69 38 1117
SUN ULTRA60 (300 MHz;SC4.2) 1243 5 65 38 1134
IBM RS6000/590 (66 MHZ) 1312 16 91 97 1108
SUN ULTRA 450 (250 MHz) 1442 8 78 45 1312
DEC 21164 PC (533 MHz/LINUX/ECGS) 1481 6 73 52 1349
SUN ULTRA2 (200 MHz) 1632 10 82 51 1488
PENTIUM II (266 MHz) 1642 10 113 79 1440
SGI PCH/10 (196 MHz) 1806 14 95 51 1646
SGI PI2/10 (195 MHz) 1849 10 109 46 1683
SUN ULTRA1 (170 MHz) 1991 11 97 61 1821
HP C110 2692 21 166 84 2419
SGI PI2/8 (75 MHz) 2943 27 193 117 2604
IBM 580 3151 26 179 175 2769
PC 200 4158        
SGI r4400 (250MHz) 4177 17 202 110 3846
IBM 950 4220 38 248 274 3658
SUN H20/100 4948 29 253 123 4541
SUN S20/61 5326 34 310 157 4823
SUN S20/51 9210 42 455 230 8483


The PP2D benchmarks, streamline diffusion

 
Results for nonsteady test case PP2D-SD
Type total PRO LC ILU MAT U-MG P-MG
Intel Xeon E5520 (2270 MHz) 88 0 2 10 32 26 19
Intel Core2 Duo Linux/IFC (2400 MHz) 104 1 3 12 32 33 24
Intel P4 Xeon Linux/IFC (3600 MHz) 145 1 5 15 41 50 33
AMD Opteron 852 Linux/PathScale (2600 MHz) 174 1 5 17 46 61 44
IBM Power4/64bit (1700 MHz) 198 1 4 24 67 57 45
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 199 2 6 16 58 68 49
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 211 2 6 17 65 69 51
IBM Power4/32bit (1700 MHz) 213 1 5 24 90 53 40
Intel P4 Xeon Linux/GCC (3000 MHz) 235 2 8 20 95 68 42
IBM Power4 (1300 MHz) 240 1 5 28 78 71 56
HP Itanium II HPUX (1600 MHz) 240 1 5 22 79 76 58
HP Itanium II Linux/IFC (1500 MHz) 261 3 6 23 104 70 55
AMD Opteron 242 Linux/GCC (1800 MHz) 272 2 8 23 87 89 63
Intel P4 Linux/GCC (2600 MHz) 276 2 8 20 103 82 60
IBM Power5 Linux/GCC (1650 MHz) 278 2 5 25 120 70 56
HP Itanium II HPUX (1500 MHz) 287 1 7 24 90 104 61
Intel Itanium II Linux/IFC (1400 MHz) 306 3 9 29 113 84 68
DEC 21364 ES47 (1000 MHz) 325 2 8 30 94 102 88
DEC 21264C ES45 (1000 MHz) 349 2 10 31 97 120 90
AMD Athlon XP Linux/GCC (2080 MHz) 369 3 12 26 83 141 104
DEC 21264B ES40 (833 MHz) 427 2 15 41 111 143 115
Intel P4 Linux/IFC/ATLAS (2600 MHz) 440 2 12 30 125 156 115
Intel P4 Linux/GCC (2600 MHz) 465 3 15 29 117 175 126
DEC 21264A ES40 (667 MHz) 487 1 14 44 143 153 131
Intel P4 Linux/IFC/ATLAS (1700 MHz) 547 3 15 40 184 180 126
HP PA-RISC 8700 HPUX (550 MHz) 547 4 16 45 158 182 142
Intel P4 WinXP/Salford F77 (2400 MHz) 562 3 14 34 214 170 126
Sun UltraSparc IIICu (1015 MHz) 643 2 14 43 172 255 157
AMD Athlon XP Linux/IFC (1343 MHz) 666 2 22 44 139 259 198
Intel P4 Linux/IFC (1700 MHz) 713 4 23 45 153 278 210
Sun UltraSparc IIICu (900 MHz) 719 2 13 49 220 270 163
DEC 21264 WS (500 MHz) 744 4 23 63 219 244 191
AMD Athlon XPM Linux/GCC (1327 MHz) 784 5 25 51 140 323 240
Apple G4 OSX/GCC (1500 MHz) 793 3 27 47 170 310 234
AMD Athlon Linux/IFC (1200 MHz) 794 5 23 52 160 321 234
Intel PIII Linux/IFC (1000 MHz) 865 5 29 59 199 332 241
Intel P4 Linux/GCC (1700 MHz) 965 5 24 167 261 293 215
Sun UltraSPARC-III (750 MHz) 990 3 29 62 244 391 260
IBM PWR3 (200 MHZ) 1164 12 28 123 381 350 269
AMD K7 700 MHz (LINUX/ECGS) 1250 8 36 103 283 470 349
Hitachi SR8000 (375 MHz) single mode 1277 8 18 144 449 384 274
IBM POWER2SC (170 MHZ) 1516 13 27 124 598 421 334
SUN E3500 (400 MHz/SC5.0) 1556 12 42 117 462 568 381
AMD K7 500 MHz (LINUX/ECGS) 1560 11 45 135 407 553 413
PIII 700 MHz (LINUX/ECGS) 1673 8 48 117 399 640 459
DEC 21164 PC (533 MHZ/LINUX/F77) 1751 7 54 118 420 661 490
DEC 21164 WS (500 MHZ) 1864 7 59 127 453 706 512
HP C240 (240 MHz) 1912 13 54 156 559 650 480
PII450 MHz(XEON) (NT/VF6.1) 1971 11 53 135 520 730 522
PIII 500 MHz (LINUX/ECGS) 2206 12 62 160 550 827 595
SUN ULTRA60 (300 MHz;SC4.2) 2240 16 57 146 693 770 556
SUN ULTRA10 (333 MHz;SC4.2) 2269 15 63 145 636 809 600
SUN ULTRA30 (300 MHz) 2367 17 63 155 673 881 577
DEC 21164 PC (533 MHZ/LINUX/ECGS) 2461 13 72 137 777 847 628
PII 400 MHz (LINUX/ECGS) 2624 14 64 180 804 906 656
SUN ULTRA 450 (250 MHz) 2854 20 71 176 816 1051 720
IBM RS6000/590 (66 MHZ) 3191 29 56 272 1445 780 608
SUN ULTRA1 (200 MHz) 3238 24 75 197 1041 1132 767
SGI PCH/10 (196 MHz) 3501 19 95 291 880 1309 905
SGI PI2/10 (195 MHz) 3768 23 123 284 789 1534 1012
SUN ULTRA1 (170 MHz) 3884 30 88 241 1155 1392 976
PENTIUM II (266 MHz) 4077 20 97 256 1406 1325 976
PENTIUM II (233 MHz) 4559            
IBM 580 5566 49 102 433 2304 1468 1207
HP C110 6525 21 174 389 1483 2571 1883
SGI r4400 (250 MHz) 6665 40 175 365 2072 2339 1670
PC 200 6708            
SGI PI2/8 (75 MHz) 6877 46 173 558 2601 2074 1423
PC 166 8657            
IBM 950 8792 66 149 630 4172 2058 1715
IBM 250/601 9026 56 206 510 3060 2786 2406
SUN H20/100 9465 69 260 570 2212 3737 2614
SUN S20/61 10167 58 274 603 2954 3679 2596
SUN S20/51 14438 82 398 799 4327 5067 3763


The PP2D benchmarks, upwinding

 
Results for nonsteady test case PP2D-UPW
Type total PRO LC ILU MAT U-MG P-MG
Intel Xeon E5520 (2270 MHz) 62 0 3 0 9 31 19
Intel Core2 Duo Linux/IFC (2400 MHz) 78 1 5 - 10 38 24
Intel P4 Xeon Linux/IFC (3600 MHz) 104 1 8 - 13 48 33
AMD Opteron 852 Linux/PathScale (2600 MHz) 123 1 9 - 11 59 44
IBM Power4/32bit (1700 MHz) 131 1 8 - 14 67 41
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 138 2 11 - 14 62 50
IBM Power4/64bit (1700 MHz) 138 1 7 - 17 70 43
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 144 2 11 - 15 65 51
Intel P4 Xeon Linux/GCC (3000 MHz) 164 2 15 - 30 76 42
IBM Power4 (1300 MHz) 165 1 11 - 18 80 56
HP Itanium II HPUX (1600 MHz) 169 1 11 - 15 84 58
AMD Opteron 242 Linux/GCC (1800 MHz) 177 2 14 - 23 75 63
HP Itanium II Linux/IFC (1500 MHz) 177 3 10 - 22 87 55
IBM Power5 Linux/GCC (1650 MHz) 178 2 9 - 23 87 56
Intel P4 Linux/GCC (2600 MHz) 189 2 13 - 24 89 61
Intel Itanium II Linux/IFC (1400 MHz) 209 3 14 - 25 98 68
HP Itanium II HPUX (1500 MHz) 226 1 15 - 24 124 61
AMD Athlon XP Linux/GCC (2080 MHz) 259 3 20 - 22 109 105
DEC 21364 ES47 (1000 MHz) 267 2 16 - 24 136 89
DEC 21264C ES45 (1000 MHz) 288 2 19 - 25 148 95
Intel P4 Linux/IFC/ATLAS (2600 MHz) 304 2 22 - 22 136 122
Intel P4 Linux/GCC (2600 MHz) 320 3 25 - 33 133 127
DEC 21264B ES40 (833 MHz) 326 2 24 - 17 170 102
Intel P4 Linux/IFC/ATLAS (1700 MHz) 364 3 27 - 30 174 130
DEC 21264A ES40 (667 MHz) 379 2 25 - 35 199 118
Intel P4 WinXP/Salford F77 (2400 MHz) 390 3 25 - 35 195 130
HP PA-RISC 8700 HPUX (550 MHz) 409 4 29 - 36 199 141
AMD Athlon XP Linux/IFC (1343 MHz) 476 2 36 - 28 206 201
Intel P4 Linux/IFC (1700 MHz) 502 4 39 - 29 217 214
Sun UltraSparc IIICu (1015 MHz) 507 2 27 - 44 277 155
Intel P4 Linux/GCC (1700 MHz) 519 4 39 - 40 223 212
DEC 21264 WS (500 MHz) 533 4 38 - 49 248 194
Sun UltraSparc IIICu (900 MHz) 544 2 27 - 53 299 162
AMD Athlon XPM Linux/GCC (1327 MHz) 577 5 43 - 39 248 241
Intel PIII Linux/IFC (1000 MHz) 590 5 49 - 38 258 240
Apple G4 OSX/GCC (1500 MHz) 604 3 47 - 32 285 235
AMD Athlon Linux/IFC (1200 MHz) 623 5 44 - 36 308 228
Sun UltraSPARC-III (750 MHz) 747 3 53 - 61 378 252
IBM PWR3 (200 MHZ) 789 12 49 - 71 388 269
AMD K7 700 MHz (LINUX/ECGS) 916 8 66 - 75 416 350
IBM POWER2SC (170 MHZ) 954 13 50 - 129 428 334
SUN E3500 (400 MHz/SC5.0) 1082 12 78 - 107 536 365
Hitachi SR8000 (375 MHz) single mode 1101 8 59 - 98 662 274
AMD K7 500 MHz (LINUX/ECGS) 1141 11 77 - 103 532 417
PIII 700 MHz (LINUX/ECGS) 1196 8 89 - 81 565 453
DEC 21164 PC (533 MHZ/LINUX/F77) 1310 6 101 - 90 625 486
DEC 21164 WS (500MHz) 1342 7 107 - 95 639 539
HP C240 (240 MHz) 1344 14 96 - 130 640 464
PII450 MHz(XEON) (NT/VF6.1) 1413 11 99 - 107 645 551
SUN ULTRA10 (333 MHz;SC4.2) 1576 15 115 - 125 750 571
SUN ULTRA60 (300 MHz;SC4.2) 1597 16 110 - 135 783 552
PIII 500 MHz (LINUX/ECGS) 1605 11 130 - 112 758 603
DEC 21164 PC (533 MHZ/LINUX/ECGS) 1720 13 133 - 164 785 625
SUN ULTRA30 (300 MHz) 1724 17 120 - 138 870 579
PII 400 MHz (LINUX/ECGS) 1861 14 129 - 140 920 658
IBM RS6000/590 (66 MHZ) 1867 29 99 - 298 831 609
DEC 21164 TURBO (300MHz) 2057 12 152 - 160 1078 662
SUN ULTRA 450 (250 MHz) 2087 20 134 - 163 1051 717
SUN ULTRA2 (200 MHz) 2367 24 143 - 210 1222 765
SGI PCH/10 (196 MHz) 2603 19 183 - 190 1298 908
SGI PI2/10 (195 MHz) 2701 19 213 - 188 1276 1000
PENTIUM II (266 MHz) 2704 20 192 - 219 1299 973
PENTIUM II (233 MHz) 2803            
SGI PCH/8 (90 MHz) 2816 33 195 - 261 1465 918
SUN ULTRA1 (170 MHz) 2910 30 170 - 235 1487 987
IBM 580 3677 46 204 - 549 1575 1297
SGI PI2/8 (75 MHz) 4267 46 313 - 335 2131 1438
PC 200 4476            
SGI r4400 (250 MHz) 4601 41 324 - 334 2274 1624
IBM 950 4958 64 269 - 757 2128 1735
HP C110 5055 21 325 - 302 2525 1877
PC 166 5260            
IBM 250/601 6079 56 348 - 521 2741 2410
SUN H20/100 7047 68 475 - 455 3442 2603
SUN S20/61 7549 59 530 - 522 3630 2804
SUN S20/51 9891 82 720 - 720 4500 3865


The PP3D benchmarks, streamline diffusion

 
Results for nonsteady test case PP3D-SD
Type total PRO LC ILU MAT U-MG P-MG
Intel Xeon E5520 (2270 MHz) 191 1 6 30 76 57 21
Intel Core2 Duo Linux/IFC (2400 MHz) 212 1 11 32 65 76 27
Intel P4 Xeon Linux/IFC (3600 MHz) 317 1 14 38 107 118 40
AMD Opteron 852 Linux/PathScale (2600 MHz) 353 1 14 36 117 132 53
IBM Power4/64bit (1700 MHz) 391 1 15 55 145 126 49
IBM Power4/32bit (1700 MHz) 397 1 14 53 163 119 46
AMD Opteron 250 Linux/GCC/Goto (2400 MHz) 404 2 16 38 150 140 57
HP Itanium II HPUX (1600 MHz) 412 1 17 44 144 144 63
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 432 1 17 41 162 149 60
HP Itanium II Linux/IFC (1500 MHz) 476 1 20 53 195 145 62
IBM Power4 (1300 MHz) 477 2 20 67 177 150 62
HP Itanium II HPUX (1500 MHz) 520 2 23 50 170 192 83
Intel P4 Xeon Linux/GCC (3000 MHz) 534 2 25 46 223 179 59
IBM Power5 Linux/GCC (1650 MHz) 542 2 20 61 251 150 58
Intel P4 Linux/GCC (2600 MHz) 545 2 23 46 239 166 69
Intel Itanium II Linux/IFC (1400 MHz) 552 2 24 61 211 176 78
AMD Opteron 242 Linux/GCC (1800 MHz) 590 2 23 55 229 204 76
DEC 21364 ES47 (1000 MHz) 599 2 24 66 222 193 92
AMD Athlon XP Linux/GCC (2080 MHz) 707 2 30 54 200 297 122
DEC 21264C ES45 (1000 MHz) 722 2 29 71 266 256 98
Intel P4 Linux/IFC/ATLAS (2600 MHz) 811 2 31 72 263 313 129
Intel P4 Linux/GCC (2600 MHz) 874 3 37 65 255 366 146
DEC 21264B ES40 (833 MHz) 903 2 43 94 267 376 119
DEC 21264A ES40 (667 MHz) 942 3 40 101 327 341 129
HP PA-RISC 8700 HPUX (550 MHz) 1027 3 41 102 334 400 146
Intel P4 Linux/IFC/ATLAS (1700 MHz) 1041 3 40 98 403 360 135
Intel P4 WinXP/Salford F77 (2400 MHz) 1114 4 39 74 457 387 152
AMD Athlon XP Linux/IFC (1343 MHz) 1227 3 51 89 315 542 224
Intel P4 Linux/IFC (1700 MHz) 1265 4 54 89 344 551 222
Apple G4 OSX/GCC (1500 MHz) 1393 5 70 89 336 628 262
Sun UltraSparc IIICu (1015 MHz) 1413 4 45 105 381 680 196
AMD Athlon XPM Linux/GCC (1327 MHz) 1435 4 61 106 322 671 270
AMD Athlon Linux/IFC (1200 MHz) 1470 4 53 106 365 683 258
DEC 21264 WS (500 MHz) 1476 4 66 146 504 530 224
Intel P4 Linux/GCC (1700 MHz) 1526 5 72 126 533 563 226
Sun UltraSparc IIICu (900 MHz) 1594 2 46 120 460 754 207
Intel PIII Linux/IFC (1000 MHz) 1640 5 72 126 500 673 263
Intel Itanium IA-64 (800 MHz) 1653 4 46 164 530 674 234
Sun UltraSPARC-III (750 MHz) 2131 5 84 153 551 1046 290
IBM PWR3 (200 MHZ) 2178 7 91 272 810 711 285
AMD K7 700 MHz (LINUX/ECGS) 2301 7 91 190 619 999 394
Hitachi SR8000 (375 MHz) single mode 2380 7 60 331 853 826 302
IBM POWER2SC (170 MHZ) 2748 10 94 271 1212 812 347
AMD K7 500 MHz (LINUX/ECGS) 2977 8 113 246 917 1226 465
PIII 700 MHz (LINUX/ECGS) 3220 8 131 259 1060 1260 501
SUN E3500 (400 MHz/SC5.0) 3290 9 127 275 1087 1382 420
DEC 21164 PC (533 MHZ/LINUX/F77) 3376 8 138 240 984 1442 562
HP C240 (240 MHz) 3520 11 136 345 1186 1340 498
PII450 MHz(XEON) (NT/VF6.1) 3558 10 140 270 1380 1280 478
DEC 21164 WS (500 MHz) 3604 9 155 325 988 1563 619
PIII 500 MHz (LINUX/ECGS) 4268 11 168 350 1481 1600 656
SUN ULTRA60 (300 MHz;SC4.2) 4317 12 156 315 1470 1706 656
SUN ULTRA10 (333 MHz;SC4.2) 4360 12 172 314 1387 1772 698
SUN ULTRA30 (300 MHz) 4642 12 165 325 1425 1971 740
DEC 21164 PC (533 MHZ/LINUX/ECGS) 4684 12 206 276 1640 1856 696
PII 400 MHz (LINUX/ECGS) 4927 13 199 391 1798 1802 721
SUN ULTRA 450 (250 MHz) 5457 14 183 383 1777 2277 821
SUN ULTRA1 (200 MHz) 5855 17 195 425 1940 2415 858
IBM 590 (66 MHZ) 5970 23 202 626 2973 1511 629
SGI PCH/10 (196 MHz) 6639 21 225 622 1876 2838 1048
SGI PI2/10 (195 MHz) 6947 19 277 614 1578 3240 1209
SUN ULTRA1 (170 MHz) 6953 21 230 518 2320 2804 1056
PENTIUM II (266 MHz) 7211 17 294 472 3127 2324 973
IBM 580 10778 43 455 1056 4937 2970 1309
PC 200 11135            
HP C110 11458 34 411 820 3039 5120 2035
SGI PI2/8 (75 MHz) 13113 40 439 1184 4764 4907 1768
SGI r4400 (250 MHz) 13282 35 509 738 4864 5203 1923
IBM 950 16178 61 573 1430 8316 4039 1750
SUN H20/100 17623 54 713 1257 5272 7434 2882
SUN S20/61 19308 58 753 1304 6706 7513 2963
SUN S20/51 28213 77 1014 1647 10581 10823 4047


The PP3D benchmarks, upwinding

 
Results for nonsteady test case PP3D-UPW
Type total PRO LC ILU MAT U-MG P-MG
Intel Xeon E5520 (2270 MHz) 144 1 11 0 33 79 20
Intel Core2 Duo Linux/IFC (2400 MHz) 192 1 15 0 47 102 27
Intel P4 Xeon Linux/IFC (3600 MHz) 253 1 20 0 55 137 40
AMD Opteron 852 Linux/PathScale (2600 MHz) 276 1 21 0 41 160 52
AMD Opteron 250 Linux/GCC/ Goto (2400 MHz) 302 1 24 0 56 165 56
IBM Power4/32bit (1700 MHz) 309 1 23 0 57 183 45
AMD Opteron 248 Linux/GCC/Goto (2200 MHz) 311 1 25 0 51 174 60
HP Itanium II HPUX (1600 MHz) 316 1 24 0 50 180 61
IBM Power4/64bit (1700 MHz) 328 1 23 0 58 200 46
IBM Power4 (1300 MHz) 384 1 31 0 76 216 59
HP Itanium II Linux/IFC (1500 MHz) 385 1 29 0 78 216 60
AMD Opteron 242 Linux/GCC (1800 MHz) 418 2 32 0 81 228 74
Intel P4 Xeon Linux/GCC (3000 MHz) 421 2 35 0 94 231 58
IBM Power5 Linux/GCC (1650 MHz) 421 2 30 0 103 229 56
Intel P4 Linux/GCC (2600 MHz) 422 2 34 0 94 225 66
HP Itanium II HPUX (1500 MHz) 423 1 33 0 74 234 80
Intel Itanium II Linux/IFC (1400 MHz) 456 2 35 0 87 256 75
DEC 21364 ES47 (1000 MHz) 496 2 42 0 74 289 90
AMD Athlon XP Linux/GCC (2080 MHz) 535 2 42 0 72 301 118
Intel P4 Linux/IFC/ATLAS (2600 MHz) 582 2 45 0 75 345 114
DEC 21264C ES45 (1000 MHz) 584 2 51 0 76 353 101
Intel P4 Linux/GCC (2600 MHz) 649 3 53 0 113 338 142
Intel P4 Linux/IFC/ATLAS (1700 MHz) 753 3 58 0 112 447 131
DEC 21264B ES40 (833 MHz) 755 2 73 0 92 464 123
DEC 21264A ES40 (667 MHz) 805 3 71 0 116 478 137
HP PA-RISC 8700 HPUX (550 MHz) 815 3 60 0 116 493 142
Intel P4 WinXP/Salford F77 (2400 MHz) 923 3 70 0 143 556 148
AMD Athlon XP Linux/IFC (1343 MHz) 935 3 68 0 100 538 224
Intel P4 Linux/IFC (1700 MHz) 967 4 76 0 112 557 216
Intel P4 Linux/GCC (1700 MHz) 1052 4 97 0 161 567 221
AMD Athlon XPM Linux/GCC (1327 MHz) 1137 4 84 0 131 655 261
Apple G4 OSX/GCC (1500 MHz) 1220 5 95 0 165 697 255
Intel PIII Linux/IFC (1000 MHz) 1225 5 92 0 167 695 265
DEC 21264 WS (500 MHz) 1290 4 103 0 229 730 222
AMD Athlon Linux/IFC (1200 MHz) 1299 4 78 0 119 843 254
Sun UltraSparc IIICu (1015 MHz) 1497 4 78 0 163 1055 196
Intel Itanium IA-64 (800 MHz) 1535 4 79 0 237 979 235
Sun UltraSparc IIICu (900 MHz) 1688 2 85 0 196 1192 209
IBM PWR3 (200 MHZ) 1698 7 123 1 325 955 285
AMD K7 700 MHz (LINUX/ECGS) 1954 6 134 0 233 1192 386
IBM POWER2SC (170 MHZ) 1986 10 141 1 461 1032 339
Sun UltraSPARC-III (750 MHz) 2071 5 131 0 208 1435 290
PIII 700 MHz (LINUX/ECGS) 2424 8 184 1 295 1445 490
Hitachi SR8000 (375 MHz) single mode 2428 7 100 1 341 1677 301
AMD K7 500 MHz (LINUX/ECGS) 2574 8 176 1 348 1577 462
DEC 21164 PC (533 MHZ/LINUX/F77) 2760 8 214 1 317 1672 556
SUN E3500 (400 MHz/SC5.0) 2780 9 194 1 322 1836 416
HP C240 (240 MHz) 2815 11 200 1 433 1678 489
PII450 MHz(XEON) (NT/VF6.1) 2889 10 240 1 430 1609 599
DEC 21164 WS (500MHz) 3006 9 239 1 359 1824 572
PIII 500 MHz (LINUX/ECGS) 3227 10 242 1 412 1915 646
SUN ULTRA10 (333 MHz;SC4.2) 3399 12 241 1 394 2062 685
SUN ULTRA60 (300 MHz;SC4.2) 3439 12 237 1 428 2113 645
SUN ULTRA30 (300 MHz) 3725 12 250 1 432 2326 703
DEC 21164 PC (533 MHZ/LINUX/ECGS) 3827 11 316 1 615 2188 693
IBM 590 (66 MHZ) 4025 22 303 1 1091 1988 615
PII 400 MHz (LINUX/ECGS) 4089 12 289 1 577 2499 709
SUN ULTRA 450 (250 MHz) 4287 13 281 1 514 2674 801
SUN ULTRA1 (200 MHz) 4565 16 307 1 596 2803 836
PENTIUM II (266 MHz) 5148 17 409 1 874 2899 945
SGI PCH/10 (196 MHz) 5419 21 349 1 594 3426 1019
SUN ULTRA1 (170 MHz) 5462 21 362 1 729 3310 1029
SGI PI2/10 (195 MHz) 5704 18 395 1 537 3553 1185
PC 200 7267            
IBM 580 7719 41 618 2 1982 3838 1232
HP C110 9691 33 624 2 945 6085 1996
SGI PI2/8 (75 MHz) 9798 38 690 2 1296 6032 1730
SGI r4400 (250 MHz) 10311 34 776 2 1302 6306 1882
IBM 950 11179 58 836 3 3076 5479 1717
SUN H20/100 13218 52 973 3 1442 7978 2759
SUN S20/61 14222 59 1070 3 1840 8427 2811
SUN S20/51 20132 73 1650 4 2660 11739 3992