GAMESS-UK Benchmarks GAMESS-UK Benchmarks

G A M E S S - U K

PERFORMANCE of VARIOUS COMPUTERS in COMPUTATIONAL CHEMISTRY

Last updated : Mon Feb 7 03:14:49 CET 2005

Contents

1. ABSTRACT

This report compares the performance of a number of different computer systems using the GAMESS-UK software. Two benchmark suites are reported; the GAMESS-UK-89 benchmark that includes a set of twelve quantum chemistry (QC) calculations using the GAMESS-UK electronic structure program, and a second more demanding series of 10 calculations, referred to as GAMESS-UK-97. The comparison involves approximately two hundred computers, ranging from vector supercomputers such as the NEC SX-6i to scientific workstations from HP/Compaq, IBM, Silicon Graphics and SUN, and both 32- and 64-bit CPUs from Intel and AMD.

2. INTRODUCTION

Vector supercomputers used in this report include the NEC SX-6i, SX-5 and SX-4. A large number of workstations and workstation servers have been evaluated, including systems featuring proprietary CPUs from HP/Compaq, IBM, Silicon Graphics and SUN (see below). During the 1990s, workstations based on proprietary RISC CPUs repeatedly demonstrated their cost-effectiveness against vector supercomputers in many scientific applications. Throughout this time, the performance of the family of Intel x86 processors became increasingly competitive, so much so that recent reports in this series have witnessed the x86 CPUs challenging the leading proprietary CPUs from IBM, SGI, Sun, Compaq and HP.

A wide variety of both Intel and AMD commodity CPUs feature in our benchmarking. Historically, these have evolved from Intel's Pentium-based CPUs, with the Pentium Pro (200 MHz), Pentium MMX (233 MHz), the Pentium II (266 - 450 MHz), and Pentium III CPUs (500 - 1 GHz). The Pentium III has now of course been surpassed by its successor, the Pentium 4 - systems benchmarked include those based on the dual processor Xeon CPUs at clock speeds increasing from 2.0 to 3.2 GHz. In addition to Intel's 32-bit IA32 products, we have also benchmarked a number of 32-bit CPUs from AMD, comprising the MP range of dual processor products (with the MP2400+ (2.0 GHz), MP2000+ (1667 MHz) and MP1800+ (1533 MHz) CPUs). Older AMD systems feature the K7 Athlon CPUs (500 - 1400 MHz).

Much has been made of the potential of the new generation of commodity 64-bit processors in scientific and technical computing. Intel led the way with their 64-bit IA64 processor, but have recently been challenged with the emergence of AMD's 64-bit Opteron processor. In response to this challenge Intel have now released their own x86-64 based products, the so-called "Nocona" or EM64T CPUs, with clock speeds increasing from 3.2GHz - 3.6 GHz (the HP DL380 dual-CPU Xeon EM64T running RedHat AS 3.0). All three 64-bit products now feature in these benchmarks.

A large number of workstations and workstation servers based on proprietary CPUs have been benchmarked over the past decade. The systems from HP/Compaq, IBM, Silicon Graphics and SUN are listed below.

While now somewhat dated, we also include the evaluation of a number of individual nodes of a variety of Massively Parallel Processors (MPP), including the CRAY T3D, T3E/900 and T3E/1200, the IBM SP2 with both power2-based TN2 and P2SC (120 and 160 MHz) and power3 Nighthawk (222 MHz) and Winterhawk2 (WH2) (375 MHz) CPUs, and the Hitachi SR2201. Figures for the Intel iPSC/860, the KSR-2 from Kendall Square Research, and transputer and i860-based Meiko Computing Surfaces may be found in reference 3.

Machines featuring in this exercise, together with associated configurations, are given in the Appendix. We should stress from the outset that our access to much of the hardware evaluated herein has been at best short lived, and has often involved the temporary loan or donation of machines as part of one of the hardware evaluation exercises run at the Daresbury Laboratory. In many cases these machines were not optimally configured in terms of either memory, or high speed disk, and consideration of the results presented here should be viewed in that light.

Following an introductory evaluation of hardware based on the SPEC Benchmarks (section 3), we present in Sections 4, and 5 results using the GAMESS-UK electronic structure program [4]. Twelve typical applications are included, featuring both conventional Hartree Fock self-consistent field (SCF) and direct SCF, complete active Space SCF (CASSCF) and multiconfiguration SCF (MCSCF), configuration interaction calculations, both direct-CI and conventional table-driven MRD-CI, Moller Plesset perturbation theory (MP2), and both SCF and MP2 analytic 2nd derivatives.

Note that the present results are taken from a more detailed report on computational chemistry benchmarks; the associated MS powerpoint presentation is also available.

3. The SPEC BENCHMARKS

One of the most useful indicator of CPU performance is provided by the SPEC (``Standard Performance Evaluation Corporation'') benchmarks. This benchmark suite contains non-tuned application-based code to measure processor speed for both integer (SPECint) and floating point (SPECfp) arithmetic. While earlier versions of the suite (e.g. SPECmark89) had certain well-advertized flaws, SPECfp95 and SPECint95, and their successors, SPECfp2000 and SPECint2000, have become industry standards in measuring primarily the performance of a system's processor, memory architecture, operating system and compiler.

A SPEC FAQ describing the SPEC benchmark suite and the SPEC consortium is periodically posted to comp.benchmarks, and can be found on the WWW at

http://www.specbench.org/spec/faq

An excellent summary of the SPEC benchmarks that was periodically updated is available via anonymous ftp from ftp.cs.toronto.edu in the file /pub/spectable. This posting terminated in December 2000 with the arrival of SPEC2000. More SPEC-related information is available at the SPEC WWW site,

http://www.specbench.org

and at the Performance Database Web site,

http://performance.netlib.org/performance/html/spec.html#specsite.

3.1 SPEC CPU2000 Benchmarks

The current generation of SPEC benchmarks, SPEC CPU2000,

http://www.specbench.org/osg/cpu2000/results/cpu2000.html

comprises a number of separate listings including CFP2000 and CINT2000. The former is derived from the results of fourteen floating-point benchmarks compiled with aggressive optimization. It is the geometric mean of fourteen normalized ratios (one for each floating-point benchmark). CINT2000 is derived from the results of twelve integer benchmarks compiled with aggressive optimization. It is the geometric mean of twelve normalized ratios (one for each integer benchmark). Note that the level of optimization is not mandated. While highly aggressive optimization is permitted, results derived from benchmarks compiled with conservative optimization (as in SPECfp_base2000) can be submitted.

It is perhaps worthwhile at the outset to consider the potential shortcomings of using single processor benchmarks, such as SPECfp2000 or SPECfp2000_base, on the current generation of SMP-based clusters. The nature of the associated cache hierarchy and memory architecture need to be considered, both arguing for a consideration of not only the SPECfp values, but also the related RATE benchmarks (SPECfp_rate). The complex cache hierarchy of systems such as the 8-way IBM 690Turbo means in practice that with 7 of the 8 CPUs disabled (according to the SPECfp2000 rules), a given single processor benchmark is actually running in an environment comprising the total L3 cache associated with the 8-way MCM i.e. 128 MByte. Since many of the SPECfp2000 benchmarks have a total memory requirement of this order of magnitude, the recorded level of performance arguably bears little resemblance to what might be seen if, for example, all 8 CPUS were running the same job. A second effect is that of the memory architecture of the SMP node in question; in many instances the effective memory bandwidth available to a given job will decline significantly as more of the CPUs are involved in processing. The impact of this effect will be critically dependent on the nature and bandwidth demands exhibited by the application. The impact of L3 cache utilisation and memory architecture may be partially quantified by considering the associated SPECfp2000_rate figures for such systems. Both effects should be considered when considering all the single CPU results presented in this paper.

The current set of CPU2000 results are given in Tables 1 (SPECfp2000) and 2 (SPECfp_base2000) (with the baseline system the Ultra 10 333MHz). In each case we have normalised the values relative to those of the 1.5GHz Itanium2 CPU in the HP Integrity RX5670 (both SPECfp2000 and SPECfp_base2000 values of 2108).

An examination of the SPECfp2000 values of Table 1 demonstrates the dominant position of the Intel's 2nd generation Itanium2 processor (Madison) with 20 of the leading 30 systems featuring this processor. The only other CPU to feature in the top 30 systems is IBM's power5 processor (the 1.9 GHz CPU in the eServer p5 570, the 1.65 GHz CPU in the i5/p5 550 and 520 eServer systems, and the 1.5 GHz CPU in the p5 520 Express). Considering the leading systems of Table 1, we note:

  1. Within the leading 30 systems, SPECfp2000 ratings for the Itanium2 processors may be broadly classied according to both clock speed and size of L3 cache. For the 1.6 GHz CPU, we find ratings of between 2712 (HP RX4640 with 9 MB L3 cache) to 2545 (Dell PowerEdge 7250 with 3MB cache), although we note the rather poor rating (2001) reported for the I2X2 system from ION Computers. It is noticeable that the size of cache (and associated cost) does not have a major impact on the SPECfp ratings e.g. the SGI Altix 3700 Bx2 ratings of 2647 and 2600 for systems with 9MB and 6MB of L3 cache respectively. Systems based on the 1.5 GHz processor exhibit SPECfp2000 ratings from 2502 (HP Integrity RX4640 with 4MB L3) to as low as 1830 (Supermicro SS6113M-i with 6MB L3). The latter is little better than the value of 1817 (in the 1.4 GHz-based I2X2 system from ION Computers) and 1814 (the 1.3 GHz Integrity RX5670 system from HP). These may be contrasted with figures for the older Itanium2 systems ranging from 1410 (the 1GHz CPU in the SGI Altix 3000) to 1086 (the 900 MHz CPU in the HP ZX2000 system).
  2. Historically two sets of values were typically given for the Itanium2-based systems from HP - corresponding to execution under HPUX using HP's f90 compiler (tagged "H" in the tables), and to execution under Linux running Intel's efc/ifort compiler ("L"). While the HPUX-based figures were initially higher than those based on ifort, the improvements from version 7.0 onwards of the Intel compiler have reversed this trend. We would expect this situation to remain fluid as new releases of both compilers are made available. It is noticeable that the vast majority of the efc-based figures are all SPECfp_base figures; few optimised SPECfp2000 ratings have been published to date.
  3. With a SPECfp rating of 2702, the 1.90 GHz power5-based IBM eServer p5 570 outperforms the 1.65 GHz power5 CPU by factors of between 1.13 (the eServer p5 590) and 1.28 (the p5 520 Express). These factors increase to 1.59 and 2.13 respectively when compared to the older 1.7 GHz power4+ and 1.3 GHz power4 CPUs, both in the pSeries 690Turbo series.
  4. Considering the Pentium 4 and associated Xeon systems, we find ratings as a function of clock speed of 1842 (3.80 GHz Intel D925XECV2), 1724 (Intel D925XECV2 3.46 GHz P4), 1631 (Supermicro Super P8SC8 3.80 GHz P4) and 1630 (Intel D925XCV, AA-400 3.6GHz P4) and 1597 (HP ProLiant BL20p G3 3.6GHz Xeon). The 3.80 GHz D925XECV2 is seen to exhibit a rating close to that of the 1.3GHz Itanium2 in the SGI Altix 3000 series (1854).
  5. The leading x86-64 system from AMD is the 2.6GHz Athlon64 (MSI K8N Neo2 FX-55) which, with a rating of 1878, is slighly ahead of the 3.80 GHz Intel D925XECV2 (1842) and of comparable speed to the Itanium2 1.5GHz/6ML3 in the Dell PowerEdge3250 (1875). Other x86-64 ratings as a function of clock speed include the 2.6GHz FX-55 (1782, AMD MSI K8N Neo2) and ratings for the 2.4GHz Opteron systems ranging from 1644-1849 (1849, Fujitsu CELSIUS V810 / Opteron250; 1787, Sun Java Wrkst. W1100z; 1771, IBM eServer 326; 1701, HP ProLiant DL145 Opteron250; 1693, Sun Fire V20z Opteron250, and 1644, AMD ASUS SK8V/Opteron150)
  6. .
  7. While the leading UltraSPARC-based systems from Sun are now well off the leading pack (see below), the SPARC64-based systems from Fujitsu remain competitive, with the 1890 MHz CPU in the PrimePower900 series exhibiting a rating of 1803.
  8. Considering the final variant of the Alpha processor, the EV7, we find ratings of 1684 in the 1.3 GHz-based AlphaServer GS1280, 1494 in the 1.1GHz-based ES80 and ES47, and 1288 in the 1 GHz ES47. Ratings for the older EV68 processor include values of 1365 for the AlphaServer ES45 Model 68/1250 (A21264C) - this CPU outperforms the DS25 68/1000 (985) and ES45/1000 (960) by factors of 1.35 and 1.39. These factors are greater than the clock speed ratio of 1.25, caused in large part by the increased cache on the 68/1250 (16 vs. 8 MByte).

While the top 50 systems exhibit greater than 63% of the performance of the 1.6 GHz-based HP Integrity RX4640 (i.e. SPECfp2000 figures higher than 1700), only 6 distinct CPUs are involved in these systems, namely IBM's power5, Intel's IA64 Itanium2 and IA32/EM64T Pentium 4 Xeon processors, AMD's Athlon64 and Opteron CPUs, and finally the SPARC64 GP from Fujitsu.

Forty of the next 50 entries (SPECfp ratings from 1441-1659) feature either the Pentium 4 / Xeon IA32 CPUs or x86-64 systems from AMD, with 30 systems from Intel and 10 from AMD. The remaining 10 systems include four pwr4+ systems from IBM, four EV7 systems, and two of the slower Itanium2 systems (1.4 GHz with 1.5 MB L3 cache).

All other CPUs exhibit SPECfp2000 ratings of less than 1440 i.e. are a at least a factor 1.88 times slower than the 1.6GHz/9MB Itanium2 in the HP Integrity RX4640. Other figures worth noting on the leading machines from other vendors include: Summarising the above discussion, normalised ratings for the leading proprietary and commodity-based CPUs from each vendor normalised with respect to the HP Integrity RX4640 1.6 GHz Itanium2 (9MB L3 cache) and the values of Table 1 are as follows:
  1. 100% - HP Integrity RX4640/Itanium2 1.6 GHz/9MB (2712);
  2. 100% - IBM eServer p5 570 (1900 MHz) (2702);
  3. 98% - SGI Altix 3700 Bx2/Itanium2 1.6 GHz/9MB (2647);
  4. 95% - Bull NovaScale 4040, 1.6 GHz Itanium2 with 9MB L3 cache (2566);
  5. 94% - Dell PowerEdge 7250, 1.6 GHz Itanium2 with 9MB L3 cache (2545);
  6. 75% - ION Computers I2X4, 1.5 GHz Itanium2 with 9MB L3 cache (2043);
  7. 69% - AMD MSI K8N Neo2 motherboard with 2.6 GHz Athlon64 FX-55 (1878);
  8. 69% - Intel D925XECV2 3.80 GHz Pentium4 (1873);
  9. 66% - Fujitsu PrimePower900, 1.89 GHz SPARC64 V with 3MB L2 cache (1803);
  10. 66% - SUN Java Workstation W1100z (2.4 GHz Opteron) (1787);
  11. 62% - HP AlphaServer GS1280, 1.3 GHz EV7 (1684);
  12. 50% - Sun Blade Model 2500, 1.6GHz UltraSPARC IIIi (1353);
  13. 37% - HP 9000 Model RP3440, 1.0GHz PA8800 (1000); and,
  14. 19% - SGI Origin 3200/R14k-600 (529) and 17% for the Origin 3200/R14k-500 (463).

In terms of leading proprietary CPUS from each vendor, it is clear that both MIPS-based systems from SGI and PA-RISC systems from HP, and, to a lesser extent, both Alpha EV7/EV68 systems from HP/Compaq and UltraSPARC systems from Sun, are now eclipsed by the commodity IA64 and x86-systems from Intel and AMD. Indeed, the main products now offered by all four vendors feature some combination of the latter CPUs.

Finally, we would point out a number of issues around the present benchmarks and their potential relationship to the SPEC benchmarks:

4 THE GAMESS-UK BENCHMARK

The GAMESS-UK-89 benchmark summarised below was designed to reflect the typical range of calculations performed by the ab initio quantum chemist. It includes 12 calculations carried out using the GAMESS-UK electronic structure code, and includes the following functionality;

The data presented in Table 2 is collected under control of the UNIX command time where available, and includes CPU time (both user and system), total elapsed time and Efficiency, measured as CPU versus elapsed. While our original aim was to base comparisons strictly on elapsed times, such timings could not be consistently gathered over the range of machines considered. For example, the range of disk configurations varies enormously, from primitive SCSI disks to striped high-speed raid disks, and the loading on the machines varies, from effectively single-user loading on many of the workstations, to multi-user environments, such as on the DEC Alpha 8400/5/300. Thus while reporting the elapsed times, we use such figures to identify, where appropriate, the requirement for enhanced disk configurations, rather than as any implied criticism of the machine in question.

The total user CPU timings of Table 2 refer to the summed user CPU timings over all 12 calculations of the GAMESS-UK-89 benchmark. In each case we have normalised the performance against that found on the 1.5GHz Itanium2 CPU in the HP Integrity RX5670

4.1 GAMESS-UK-97 BENCHMARK

The GAMESS-UK-97 benchmark summarised below is designed to reflect a more demanding range of calculations performed by the ab initio quantum chemist. It includes 10 calculations carried out using the GAMESS-UK electronic structure code (Version 6), and includes the following functionality;

The data presented in Table 3 is collected under control of the UNIX command time where available, and includes CPU time (both user and system), total elapsed time and Efficiency, measured as CPU versus elapsed.

The total User CPU timings of Table 3 refer to the summed user CPU timings over all 10 calculations of the GAMESS-UK-97 benchmark. In each case we have normalised the performance against that found on the 1.5GHz Itanium2 CPU in the HP Integrity RX5670

5. SUMMARY

As a summary of this work, we present in Table 4 the relative performance of 200 CPUs against the HP RX5670 Itanium2/1500-H in terms of the CPU2000 benchmarks, and those from the present Matrix-97, Chemistry Kernels, GAMESS-UK and DL_POLY benchmarks. Note that while previous versions of this report have driven this comparison across the CPU95 ratings, we have now attempted to transition to CPU2000. In doing this, we clearly have a problem in terms of relating older machines, for which only SPECfp95 results are available, with the newer systems. Thus many of the SPECfp entries of Table 4 are estimated CPU2000 figures based on extrapolations from the older CPU95 values. This extrapolation process has involved identifying systems for which both SPECfp2000 and SPECfp95 figures are available, deriving appropriate scaling factors based on these values, and applying this scaling to the older CPUs. While not an ideal metric, we would suggest this approach is preferable to the alternative of trying to derive extrapolated SPEC95 figures from measured SPECfp2000 figures for the more recent systems.

In terms of performance ordering of CPUs, we find that the PI values and all the chemistry benchmarks are broadly in line with the SPECfp predictions, with the notable exceptions mentioned above.

6. References

1
M.F. Guest and S. Wilson, Daresbury Laboratory Preprint, DL/SCI/P290T; Supercomputers in Chemistry, ed. P. Lykos and I. Shavitt, A.C.S. Symposium series 173 (1981) 1; V.R. Saunders and M.F. Guest, Comp.Phys.Comm., 26 (1982) 389: M.F. Guest, in ``Supercomputer Simulations in Chemistry'', Ed. M. Dupuis, Lecture Notes in Chemistry, 44, Springer Verlag (1986) 98.

2
M.F. Guest, R.J. Harrison, J.H. van Lenthe and L.C.H. van Corler, ``Computational Chemistry on the FPS-X64 Scientific Computers: Experience on single- and multi-processor systems'', Theoret. Chim. Acta 71 (1987) 117.

3
M.F. Guest, ``Performance of Various Computers in Computational Chemistry,'' Proceedings of the Daresbury Machine Evaluation Workshop, November 1996.

4
GAMESS-UK is a package of ab initio programs written by M.F. Guest, J.H. van Lenthe, J. Kendrick, K. Schoeffel and P. Sherwood, with contributions from R.D. Amos, R.J. Buenker, M. Dupuis, N.C. Handy, I.H. Hillier, P.J. Knowles, V. Bonacic-Koutecky, W. von Niessen, R.J. Harrison, A.P. Rendell, V.R. Saunders, and A.J. Stone. The package is derived from the original GAMESS code due to M. Dupuis, D. Spangler and J. Wendoloski, NRCC Software Catalog, Vol. 1, Program No. QG01 (GAMESS), 1980.

5
In theory the O2-R10k should have outperformed the corresponding Indigo2; with better memory bandwidth, superior I/O and more tightly coupled integration it should have done well. However SGI made a design decision which has seriously impaired the performance of the O2 in some application areas. It took about 3 months for this "flaw" to be fully identified. Until December 1996, SGI were claiming that the O2 R10k would perform in the region of 10, 12 or even 15 SPECfp95. Indeed on some benchmarks it does indeed achieve performance that matches these figures. However, the O2 has a Unified Memory Architecture which uses main system memory as memory for the graphics display and operations. Despite the impressive bandwidth figures for the O2, it does seem that the O2 memory architecture severely impedes the performance of the R10k processor, particularly when compared with the Octane, Indigo2 and Origin systems. This is shown by the SPEC comparisons of Table 1; we suspect that the two main factors limiting performance in the memory subsystem are the main memory speed and the CRIME chip.

The CRIME chip, which acts as the memory interface between the memory and the three drains on it - the CPU (800 MByte/second), I/O engine (500 MByte/sec) and the monitor display (700 MByte/second) - is probably the main bottleneck. This chip was designed to work as a built in memory controller, but the design was biased toward the R5k; it can't work directly with the R10k because the R5k expects 32 byte cache refills while the R10k wants to have 64 or 128 byte refills. Therefore SGI supply a custom ASIC with the R10k daughter board. This interfaces the R10k's level 2 cache with the CRIME chip. Performance problems are caused by the ASIC having to break each 128 byte cache refill operation into 4, 32 byte refills. The net impact of this effect is that the O2 R10k will only work well with problems that fit into the L2 cache (1 MByte). Not surprisingly, the memory intensive SPECfp95 figures are badly affected, although the impact on less memory intensive applications is not so severe. It should be noted that this type of incident is very rare; chips often fail to deliver but not system architectures designed for existing chips.

6
R. Shepard, R.A. Bair, R.A. Eades, A.F. Wagner, M.J. Davis, C.B. Harding and T.H. Dunning Jr., Int. J. Quant. Chem. , (1983) 17; R.A. Bair and T.H. Dunning Jr., J. Comp. Chem., 5 (1984) 44; R. Bair, ``FPS-164 Matrix Multiplication Subroutine Guide'', Argonne National Laboratory, (1984); T.H. Dunning Jr. and R.A. Bair, ``Advanced Theories and Computational Approaches to the Electronic Structure of Molecules'', NATO ASI Series, D. Reidel, 1984, p1.

7
V.R. Saunders and M.F. Guest, ``ATMOL3 Part 9'', RL-76-106, 1976; M.F. Guest and V.R. Saunders, Mol. Phys., 28 (1974) 819; D. Moncrieff and V.R. Saunders, ``ATMOL-Introduction Notes'', UMRCC, May, 1986; Cyber-205 Note Number 32, UMRCC, September, 1985.

8
see the following recently opened web page to obtain Pentium Pro Optimized BLAS and FFTs for Intel Linux: http://www.cs.utk.edu/ ghenry/distrib <
9
More evidence of the poor performance of Sun Fortran f90 Compiler is shown in the following figures Linpack 100X100 all Fortran benchmark kindly provided by Hans-Hermann Frese of ZIB, Berlin. The results using different Sun Fortran compiler releases on a Sun Ultra 60 Model 2360 used one UltraSPARC CPU at 360 MHz. The performance of the latest NAGWare f95 is also compared:
Linpack 100X100 Performance as a function of FORTRAN compiler.
Compiler Options Linpack 100X100
Sun f77 4.2 -fast -O5 164 Mflop/ s
Sun f77 5.0 -fast -O5 166 Mflop/ s
Sun f90 1.2 -fast 61 Mflop/ s
Sun f90 2.0 -fast -ftrap=no%division 68 Mflop/ s
NAGWare f95 4.0 -Wc,-fast 166 Mflop/ s

These figures underline that the performance of the Sun Fortran 90 compiler is still poor compared with Sun's Fortran 77 compiler. Surprisingly, the performance of the NAGWare Fortran 95 compiler which produces intermediate C code is as good as Sun's native Fortran 77 compiler.


Table 1. SPEC CPU2000 - SPECfp and SPECint. Absolute Values and Values Relative to the HP RX5670 Itanium2/1500-H.
SPEC CPU2000 - SPECfp and SPECint. Absolute Values and Values Relative to the HP RX5670 Itanium2/1500-H.
Rank Machine SPECfp SPECint Test Relative Values (%)
Date SPECfp SPECint
1 HP Integrity RX4640/Itanium2 1.6G/9MB 2712.0 1590.0 Nov-04 129% 121%
2 IBM eServer p5 570 (1900 MHz) 2CC 2702.0 1452.0 Jul-04 128% 111%
3 HP Integrity RX1620/Itanium2 1.6G/3MB 2692.0 1452.0 Nov-04 128% 111%
4 HP Integrity RX2620/Itanium2 1.6G/6MB 2675.0 1535.0 Dec-04 127% 117%
5 SGI Altix 3700 Bx2/Itanium2 1.6G/9MB 2647.0 1441.0 Nov-04 126% 110%
6 SGI Altix 3700 Bx2/Itanium2 1.6G/6MB 2600.0 1410.0 Nov-04 123% 107%
7 Bull NovaScale 4040 Itanium2/1.6Hz 9MBL3 2566.0 1457.0 Nov-04 122% 111%
8 HP Integrity RX2620/Itanium2 1.6G/3MB 2553.0 1408.0 Nov-04 121% 107%
9 Dell PowerEdge 7250 Itanium2/1600 9MB L3 2545.0 1403.0 Nov-04 121% 107%
10 HP Integrity RX4640/Itanium2 1.5G/4MB 2502.0 1372.0 Nov-04 119% 105%
11 IBM eServer p5 590 (1650 MHz, 1 CPU) 2398.0 1259.0 Oct-04 114% 96%
12 SGI Altix 3700 Bx2/Itanium2 1.5G/4MB 2361.0 1242.0 Dec-04 112% 95%
13 HP Integrity RX2620/Itanium2 1.3G/3MB 2229.0 1170.0 Dec-04 106% 89%
14 IBM eServer p5 550 (1650 MHz) 2CC 2221.0 1248.0 Jul-04 105% 95%
15 IBM eServer i5 550 (1650 MHz) 2CC 2221.0 1248.0 Aug-04 105% 95%
16 HP Integrity RX1620/Itanium2 1.3G/3MB 2214.0 1178.0 Dec-04 105% 90%
17 HP Integrity RX4640/Itanium2,1.5GHz 2161.0 1404.0 Jan-04 103% 107%
18 SGI Altix 3000 (1.5GHz, Itanium 2) 2148.0 1243.0 Mar-04 102% 95%
19 IBM eServer p5 520 (1650 MHz) 2CC 2138.0 1248.0 Jul-04 101% 95%
20 IBM eServer i5 520 (1650 MHz) 2CC 2138.0 1248.0 Aug-04 101% 95%
21 IBM eServer p5 550 Express 1500MHz 2127.0 - Oct-04 101% -
22 HP Integrity RX2600/Itanium2,1.5GHz 2119.0 1408.0 Jun-03 101% 107%
23 HP Integrity RX5670/Itanium2,1.5GHz 2108.0 1312.0 Jun-03 100% 100%
24 HP ZX6000/Itanium2, 1.5GHz,6MB-L3, H 2106.0 1315.0 Jun-03 100% 100%
25 IBM eServer p5 520 Express 1500MHz 2103.0 - Oct-04 100% -
26 ION Computers I2X4 (1.5GHz Itanium2) 2043.0 1232.0 May-04 97% 94%
27 Bull NovaScale 4040 Itanium2/1.5GHz 2015.0 1232.0 Jul-03 96% 94%
28 ION Computers I2X2 (1.6GHz Itanium2) 2001.0 1178.0 May-04 95% 90%
29 IBM eServer OpenPower 720 (1650 MHz) 1966.0 1138.0 Oct-04 93% 87%
30 SGI Altix 350/Itanium2 1.4GHz/3MB 1942.0 1078.0 May-04 92% 82%
31 HP Integrity RX4640/Itanium2,1.3GHz 1891.0 1132.0 Jan-04 90% 86%
32 AMD MSI K8N Neo2 Athlon64/2.6GHz FX-55 1878.0 1735.0 Nov-04 89% 132%
33 Dell PowerEdge3250/Itanium2 1.5GHz/6ML3 1875.0 1099.0 Jul-03 89% 84%
34 Dell PowerEdge3250/Itanium2 1.4GHz/3ML3 1868.0 1022.0 Mar-04 89% 78%
35 SGI Altix 3000 (1.3GHz, Itanium 2) 1854.0 1019.0 Mar-04 88% 78%
36 Fujitsu CELSIUS V810 / 2.4GHz Opteron 250 L 1849.0 1619.0 Nov-04 88% 123%
37 Intel D925XECV2 3.80 GHz P4 1842.0 1671.0 Nov-04 87% 127%
38 Supermicro SS6113M-i(1.5GHz/6MB, Itanium 2) 1830.0 1090.0 Dec-03 87% 83%
39 ION Computers I2X2 (1.4GHz Itanium2) 1817.0 926.0 Jul-03 86% 71%
40 HP Integrity RX5670/Itanium2,1.3GHz 1814.0 1066.0 Nov-03 86% 81%
41 HP Integrity RX2600/Itanium2,1.3GHz 1808.0 1073.0 Nov-03 86% 82%
42 PrimePower900 (SPARC64 GP/1890MHz) 1803.0 1345.0 May-04 86% 103%
43 PrimePower650 (SPARC64 GP/1890MHz) 1803.0 1345.0 May-04 86% 103%
44 Sun Java Wrkst. W1100z Opteron2.4GHz 1787.0 1582.0 Jul-04 85% 121%
45 AMD MSI K8N Neo2 Athlon64/2.6GHz FX-55 1782.0 1854.0 Sep-04 85% 141%
46 IBM eServer pSeries655 (1.7GHz/1CPU) 1776.0 1158.0 Jan-04 84% 88%
47 IBM eServer 326 2.4 GHz Opteron EKO 1771.0 1584.0 Oct-04 84% 121%
48 Intel D925XECV2 3.46 GHz P4 1724.0 1772.0 Nov-04 82% 135%
49 IBM xSeries 336 (3.6GHz Xeon) 1721.0 - Sep-04 82% -
50 HP ProLiant DL145 Opteron250/2.4GHz 1701.0 1561.0 Oct-04 81% 119%
51 IBM eServer pSeries 690Turbo 1.7 GHz 1699.0 1113.0 May-03 81% 85%
52 Sun Fire V20z (Opteron250/2.4GHz) 1693.0 1521.0 Jul-04 80% 116%
53 Sun Fire V40z (Opteron850/2.4GHz) 1692.0 1515.0 Jul-04 80% 115%
54 PathScale ASUS SK8N/Opteron248 2.2G 1691.0 1452.0 Apr-04 80% 111%
55 HP AlphaServer GS1280 7/1300 1684.0 994.0 Jun-04 80% 76%
56 SGI Altix 350/Itanium2 1.4GHz/1.5MB 1684.0 986.0 Dec-03 80% 75%
57 IBM eServer pSeries 655 1700 MHz 1678.0 1103.0 May-03 80% 84%
58 AMD ASUS SK8V/Opteron150 2.4GHz SES 1644.0 1487.0 May-04 78% 113%
59 IBM xSeries 336 (3.6GHz,800MHz FSB) 1641.0 - Aug-04 78% -
60 AMD MSI K8T Neo2-FIR Athlon64 2.4GHz 1634.0 1717.0 Sep-04 78% 131%
61 Supermicro Super P8SC8 (3.80 GHz Pentium 4) 1631.0 1639.0 Nov-04 77% 125%
62 Intel D925XCV (AA-400 3.6GHz,P4) 1630.0 1575.0 Jun-04 77% 120%
63 HP ProLiant BL20p G3 3.6GHz Xeon 1597.0 1543.0 Nov-04 76% 118%
64 Intel D925XCV (AA-400 3.4GHz,P4) 1581.0 1705.0 Jun-04 75% 130%
65 Intel D925XECV2 3.0E GHz P4 1571.0 1369.0 Nov-04 75% 104%
66 Intel D875PBZ (AA-301 3.4GHz,P4) 1561.0 - Feb-04 74% -
67 Intel D875PBZ (AA-206 3.4GHz P4) 1556.0 1705.0 Feb-04 74% 130%
68 IBM eServer 325 2.4GHz Opteron 64-PGI 1553.0 1472.0 May-04 74% 112%
69 Dell Prec. Workst. 360/3.4GHz P4 Extreme 1548.0 1689.0 Jun-04 73% 129%
70 Supermicro P8SAA ( 3.6 GHz Pentium 4, 1MBL2) 1541.0 1560.0 Nov-04 73% 119%
71 AMD Tyan K8QS Opteron850/2.4GHz 1531.0 1663.0 Sep-04 73% 127%
72 HP ProLiant ML350 G4 3.4GHz Xeon 1531.0 1452.0 Nov-04 73% 111%
73 AMD ASUS SK8V/Opteron150 2.4GHz WS 1528.0 1655.0 May-04 72% 126%
74 ION Computers SR1325TP (3.4GHz Pentium 4 H 1524.0 1671.0 May-04 72% 127%
75 HP ProLiant ML370 G4 3.6GHz Xeon 1523.0 1556.0 Oct-04 72% 119%
76 Fujitsu CELSIUS M420/3.4EGHz P4(800MHz Bus) 1522.0 1501.0 Jun-04 72% 114%
77 IBM eServer pSeries 670 1.5 GHz 1520.0 981.0 May-03 72% 75%
78 AMD ASUS SK8N/Opteron148 2.2GHz SES 1514.0 1409.0 Nov-03 72% 107%
79 HP ProLiant DL380 G4 3.6GHz Xeon,L3 1514.0 1553.0 Jul-04 72% 118%
80 Fujitsu CELSIUS M430/3.4FGHz P4(800MHz Bus) 1512.0 1484.0 Aug-04 72% 113%
81 Dell PowerEdge 1850/3.6GHz P4Xeon 1503.0 1538.0 Aug-04 71% 117%
82 Intel D925XECV2 2.8E GHz P4 1497.0 1290.0 Nov-04 71% 98%
83 HP AlphaServer ES80 7/1150 1494.0 882.0 Jun-04 71% 67%
84 HP AlphaServer ES47 7/1150 1494.0 882.0 Jun-04 71% 67%
85 Intel D875PBZ (AA-206 3.2GHz P4) 1493.0 1620.0 Nov-03 71% 123%
86 Dell Prec. Workst. 360/3.40E GHz P4 1492.0 1484.0 Jun-04 71% 113%
87 HP ProLiant ML370 G4 3.4GHz Xeon 1490.0 1489.0 Aug-04 71% 113%
88 AMD ASUS SK8N/Opteron148 2.2GHz WS 1490.0 1477.0 Nov-03 71% 113%
89 Dell PowerEdgeSC 1425 (3.6 GHz Xeon) 1490.0 1541.0 Nov-04 71% 117%
90 Dell PowerEdge 1855/3.6GHz Xeon 1489.0 1540.0 Nov-04 71% 117%
91 IBM eServer pSeries 655 1500 MHz 1488.0 970.0 May-03 71% 74%
92 Dell Prec. Workst. 360/3.2GHz P4 Extreme 1486.0 1601.0 Feb-04 70% 122%
93 Intel D875PBZ (AA-301:3.4EGHz,P4) 1485.0 1491.0 Apr-04 70% 114%
94 HP AlphaServer GS1280 7/1150 1482.0 877.0 Jan-03 70% 67%
95 Intel D925XCV (AA-400 3.0EGHz,P4) 1459.0 1353.0 Jun-04 69% 103%
96 Supermicro SUPER P4SCT+II 3.4GHz P4,800MHz bus 1456.0 1493.0 Jun-04 69% 114%
97 Dell PowerEdge 2850/3.6 GHz P4Xeon 1455.0 1522.0 Aug-04 69% 116%
98 HP ProLiant DL380 G4 3.4GHz Xeon,L3 1453.0 1477.0 Jul-04 69% 113%
99 Dell PowerEdge3250/Itanium2 1.4GHz/1.5ML3 1444.0 824.0 Sep-03 69% 63%
100 Dell Prec. Workst. 360/3.20E GHz P4 1441.0 1404.0 Jan-04 68% 107%
101 Intel D875PBZ (AA-301 3.2EGHz,P4) 1437.0 1421.0 Feb-04 68% 108%
102 HP RX5670/Itanium2, 1GHz,3MB-L3, L 1431.0 - Nov-02 68% -
103 HP RX2600/Itanium2, 1GHz,3MB-L3, L 1427.0 - Nov-02 68% -
104 AMD ASUS SK8N Athlon FX-51/2.2GHz(W) 1423.0 1447.0 Sep-03 68% 110%
105 HP ZX6000/Itanium2, 1GHz,3MB-L3, L 1422.0 - Nov-02 67% -
106 Fujitsu CELSIUS V810 / 2.2GHz Opteron 248 L 1420.0 1354.0 Dec-03 67% 103%
107 SGI Altix 3000 (1GHz, Itanium 2) 1410.0 683.0 May-03 67% 52%
108 IBM eServer pSeries655 1700MHz/LPR/L 1405.0 1023.0 Jul-03 67% 78%
109 Bull NovaScale 4040 Itanium2/1.0GHz 1404.0 719.0 Mar-03 67% 55%
110 IBM eServer pSeries655 1700MHz/L 1401.0 1031.0 Sep-03 66% 79%
111 Fujitsu CELSIUS V810 / 2.2GHz Opteron 248 W 1397.0 1429.0 Dec-03 66% 109%
112 AMD ASUS SK8N/Opteron146 2.0GHz HE 1394.0 1354.0 Feb-04 66% 103%
113 HP ProLiant DL360 G4 3.6GHz Xeon 1389.0 1467.0 Oct-04 66% 112%
114 Dell Prec. Workst. 360/3.00E GHz P4 1385.0 1329.0 Jan-04 66% 101%
115 Intel D875PBZ (AA-301 3.0EGHz,P4) 1384.0 1345.0 Feb-04 66% 103%
116 HP Integrity RX1600/Itanium2,1.0GHz 1382.0 837.0 Feb-04 66% 64%
117 AMD ASUS SK8N Athlon FX-51/2.2GHz(L) 1378.0 1395.0 Sep-03 65% 106%
118 SGI Altix 350 (1.0GHz, Itanium 2) 1374.0 743.0 Feb-04 65% 57%
119 IBM x306 (3.0EGHz,Pentium4,1CC) 1370.0 1336.0 Mar-04 65% 102%
120 HP AlphaServer ES45 68/1250 1365.0 928.0 Nov-02 65% 71%
121 HP ProLiant BL30p (3.2GHz Xeon,2MB L3) 1357.0 1550.0 Nov-04 64% 118%
122 HP ProLiant DL360 G3 3.2GHz/Xeon,2ML3 1 1350.0 1541.0 Apr-04 64% 117%
123 HP ProLiant DL360 G4 3.4GHz Xeon,L3 1350.0 1402.0 Jul-04 64% 107%
124 PrimePower450 (SPARC64 GP/1320MHz) 1350.0 882.0 Dec-03 64% 67%
125 Sun Fire V440/UltraSPARC-IIi 1.6GHz 1349.0 845.0 Nov-04 64% 64%
126 HP ProLiant DL380 G3 3.2GHz/Xeon,2ML3 1 1349.0 1534.0 Apr-04 64% 117%
127 Dell PowerEdge 2650/3.2 GHz P4Xeon,2ML3 1347.0 1420.0 Feb-04 64% 108%
128 Dell Prec. WorkSt.650/3.2GHz P4Xeon 2ML3 1346.0 1563.0 Jan-04 64% 119%
129 PrimePower650 (SPARC64 GP/1350MHz) 1340.0 905.0 Jun-03 64% 69%
130 AMD ASUS SK8N Opteron146 2.0GHz-I,WS 1339.0 1335.0 Sep-03 64% 102%
131 Intel D875PBZ (AA-301 2.8EGHz,P4) 1328.0 1268.0 Feb-04 63% 97%
132 Intel D875PBZ (AA-301:3.4GHz,Pentium 1328.0 - Feb-04 63% -
133 Dell Prec. Workst. 360/2.80E GHz P4 1327.0 1254.0 Jan-04 63% 96%
134 PrimePower250 (SPARC64 GP/1320MHz) 1325.0 881.0 Dec-03 63% 67%
135 HP ProLiant ML370 G3 (3.2GHz/2MB L3 1323.0 1530.0 Jun-04 63% 117%
136 PrimePower900 (SPARC64 GP/1350MHz) 1322.0 892.0 May-03 63% 68%
137 Intel D875PBZ (3.4 GHz, Pentium4) 1308.0 1393.0 Feb-04 62% 106%
138 Dell Prec. Workst. 360/3.40 GHz P4 1306.0 1369.0 Jan-04 62% 104%
139 HP RX5670/Itanium2, 1GHz,3MB-L3, H 1305.0 807.0 Jul-02 62% 62%
140 HP RX2600/Itanium2, 1GHz,3MB-L3, H 1301.0 810.0 Jul-02 62% 62%
141 AMD ASUS SK8N Opteron146 2.0GHz-I,SES 1300.0 1262.0 Sep-03 62% 96%
142 IBM eServer pSeries 650/6M2 1450MHz 1295.0 935.0 Nov-02 61% 71%
143 AMD Rioworks HDAMA Opteron 246 / 2.0 G 1293.0 1317.0 Jul-03 61% 100%
144 IBM x335 (3.2GHz, 533MHz FSB) 1292.0 1517.0 Feb-04 61% 116%
145 HP AlphaServer ES80 7/1000 1288.0 761.0 Jan-03 61% 58%
146 HP AlphaServer ES47 7/1000 1288.0 761.0 Jan-03 61% 58%
147 Fujitsu Celsius M420 / 3.2GHz P4(800MHz bus) 1287.0 1261.0 Jul-03 61% 96%
148 Dell Prec. Workst. 360/3.2 GHz P4 DDR400 1285.0 1249.0 Jun-03 61% 95%
149 Dell PowerEdge 6600/3.0 GHz Xeon MP 1283.0 1408.0 Feb-04 61% 107%
150 IBM eServer pSeries 655/651 1300 MHz 1281.0 848.0 Nov-02 61% 65%
151 IBM eServer pSeries 690Turbo 1.3 GHz 1266.0 839.0 Apr-02 60% 64%
152 Intel D875PBZ (3.2 GHz, Pentium4) 1260.0 1329.0 Nov-03 60% 101%
153 AMD MSI K8 Neo Athlon64 3200+/2 GHz 1250.0 1335.0 Sep-03 59% 102%
154 Dell Prec. Workst. 360/3.0 GHz P4 DDR400 1248.0 1193.0 Jun-03 59% 91%
155 IBM BladeCenter JS20 (PPC-970,2.2GHz) 1241.0 1040.0 Oct-04 59% 79%
156 IBM eServer 325 2.0GHz Opteron 64-gcc 1231.0 1239.0 Sep-03 58% 94%
157 ION Computers BX21 (3.2GHz Xeon/2ML3 1C) 1229.0 1495.0 May-04 58% 114%
158 Intel D875PBZ (3.0 GHz, Pentium4) 1229.0 1265.0 May-03 58% 96%
159 ION Computers SR2300WV2 (3.2GHz Xeon/2ML3) 1223.0 1455.0 Feb-04 58% 111%
160 Dell PowerEdge 2650/3.2 GHz P4Xeon,1ML3 1220.0 1306.0 Oct-03 58% 100%
161 AMD Einox A4800/Opteron144 1.8GHz-I,WS 1219.0 1170.0 Apr-03 58% 89%
162 Dell Prec. WorkSt.650/3.2GHz P4 Xeon L3 1213.0 1333.0 Sep-03 58% 102%
163 Dell Prec. Workst. 360/2.80E GHz DDR533 1212.0 1211.0 Jan-04 57% 92%
164 HP ProLiant DL580 G2 3.0GHz XeonMP 1CC 1208.0 1491.0 Mar-04 57% 114%
165 Dell Prec. Workst. 360/2.8 GHz P4 DDR400 1204.0 1129.0 Jun-03 57% 86%
166 Dell Prec. WorkSt.650/3.2GHz P4Xeon 1ML3 1202.0 1415.0 Jan-04 57% 108%
167 HP ProLiant BL20p G2 3.2GHz Xeon,1ML3 1198.0 1321.0 Oct-03 57% 101%
168 HP ProLiant DL380 G3 3.2GHz Xeon,L3 1197.0 1313.0 Oct-03 57% 100%
169 HP ProLiant DL360 G3 3.2GHz Xeon,L3 1197.0 1319.0 Oct-03 57% 101%
170 Dell PowerEdge 2650/3.06 GHz P4Xeon,1ML3 1195.0 1263.0 Oct-03 57% 96%
171 HP ProLiant BL20p G2 3.06GHzXeon,1ML3 1193.0 1256.0 Aug-03 57% 96%
172 Dell PowerEdge 1750/3.2 GHz P4Xeon,1ML3 1192.0 1289.0 Oct-03 57% 98%
173 Dell Prec. WorkSt.650/3.06GHz P4 Xeon L3 1186.0 1294.0 Jun-03 56% 99%
174 HP ProLiant DL380 G3 3.06GHz Xeon,L3 1184.0 1258.0 Jun-03 56% 96%
175 HP ProLiant DL360 G3 3.06GHz Xeon,L3 1183.0 1258.0 Jun-03 56% 96%
176 IBM eServer 325 2.0GHz Opteron 64-PGI 1180.0 1226.0 Jul-03 56% 93%
177 IBM IntelliStation POWER 275 1.45GHz 1180.0 978.0 Jun-03 56% 75%
178 ION Computers BX41 (3GHz Xeon MP/4ML3 1C) 1178.0 1486.0 May-04 56% 113%
179 Dell Prec. WorkSt.650/3.06GHz P4Xeon 1ML3 1176.0 1368.0 Feb-04 56% 104%
180 AMD Einox A4800/Opteron144 1.8GHz-I,SE 1168.0 1100.0 Apr-03 55% 84%
181 Dell Prec. Workst. 360/3.2 GHz P4 DDR333 1168.0 1201.0 Jun-03 55% 92%
182 Dell Prec. Workst. 360/2.6 GHz P4 DDR400 1160.0 1067.0 Jun-03 55% 81%
183 IBM eServer pSeries 630/6C4 1450MHz 1158.0 910.0 Feb-03 55% 69%
184 IBM eServer pSeries 630/6E4 1450MHz 1158.0 910.0 Feb-03 55% 69%
185 AMD Einox A4800/Opteron144 1.8GHz-I,SE 1154.0 1100.0 Apr-03 55% 84%
186 Dell PowerEdge 1750/3.06 GHz Xeon L3 1152.0 1243.0 Jul-03 55% 95%
187 HP RX5670/Itanium2,900MHz,1.5MB-L3,L 1151.0 - Nov-02 55% -
188 HP RX2600/Itanium2,900MHz,1.5MB-L3,L 1151.0 - Nov-02 55% -
189 HP ZX6000/Itanium2,900MHz,1.5MB-L3,L 1139.0 - Nov-02 54% -
190 Dell Prec. Workst. 360/3.0 GHz P4 DDR333 1137.0 1149.0 Jun-03 54% 88%
191 PrimePower650 (SPARC64 GP/1080MHz) 1129.0 737.0 May-03 54% 56%
192 Dell PowerEdge 6650/2.8 GHz Xeon MP 1120.0 1234.0 Jun-03 53% 94%
193 AMD Einox A4800/Opteron142 1.6GHz-I,WS 1120.0 1053.0 Apr-03 53% 80%
194 Sun Blade Model 2000 / 1200 MHz 1118.0 722.0 Mar-03 53% 55%
195 HP ProLiant BL40p (2.8GHz Xeon MP) 1112.0 1249.0 Sep-03 53% 95%
196 Dell Prec. Workst. 360/2.4 GHz P4 DDR400 1111.0 1003.0 Jun-03 53% 76%
197 Dell Prec. WorkSt.650/2.8GHz P4Xeon 1ML3 1107.0 1270.0 Jan-04 53% 97%
198 Sun Netra 20 / 1200 MHz 1106.0 712.0 Mar-03 52% 54%
199 Sun Fire 280R / 1200 MHz Cu 1106.0 712.0 Mar-03 52% 54%
200 HP ProLiant DL560 (2.8GHz Xeon MP) 1105.0 1247.0 Sep-03 52% 95%
201 Dell Prec. Workst. 360/2.8 GHz P4 DDR333 1104.0 1093.0 Jun-03 52% 83%
202 IBM eServer pSeries 655/651 1100 MHz 1103.0 722.0 Nov-02 52% 55%
203 Dell Prec. WorkSt. 350/3.06 GHz P4 Xeon 1103.0 1130.0 Nov-02 52% 86%
204 HP ProLiant DL580 G2 2.8GHz Xeon MP 1094.0 1233.0 Sep-03 52% 94%
205 Intel D850EMVR(3.06 GHz,Pentium4) 1092.0 1098.0 Apr-03 52% 84%
206 IBM eServer pSeries 650/6M2-1 1450MH 1091.0 886.0 Apr-03 52% 68%
207 Intel D850EMVR(3.06GHz,Pentium4,MT) 1091.0 1107.0 Dec-02 52% 84%
208 SGI Altix 3000 (900MHz, Itanium 2) 1090.0 - Feb-03 52% -
209 Dell Prec. Mob. Workst. M60 Pentium M 755 1088.0 1541.0 Jun-04 52% 117%
210 HP ZX2000/Itanium2,900MHz,1.5MB-L3,L 1086.0 - Nov-02 52% -
211 Sun Fire V480 / 1200MHz Cu 1084.0 702.0 Oct-03 51% 54%
212 Sun Fire V880 / 1200 MHz Cu 1082.0 700.0 Sep-03 51% 53%
213 ION Computers SR2300WV2 (3.2GHz Xeon/1ML3, 1078.0 1330.0 Feb-04 51% 101%
214 AMD ASUS SK8N/Opteron140 1.4GHz EE 1075.0 990.0 Feb-04 51% 75%
215 IBM eServer pSeries 670 Pwr4/1.1 GHz 1075.0 708.0 Apr-02 51% 54%
216 HP ProLiant BL20p G2 3.06GHz Xeon 1074.0 1075.0 Aug-03 51% 82%
217 Dell Prec. Workst. 360/2.6 GHz P4 DDR333 1067.0 1034.0 Jun-03 51% 79%
218 HP ProLiant DL380 G3 3.06GHz Xeon 1065.0 1068.0 Jun-03 51% 81%
219 Sun Fire V240 / 1.28GHz Cu 1063.0 704.0 Jan-04 50% 54%
220 Dell Prec. WorkSt.650/3.06 GHz P4 Xeon 1063.0 1138.0 Apr-03 50% 87%
221 Intel D850EMVR (2.8 GHz, Pentium4) 1060.0 1041.0 Apr-03 50% 79%
222 Dell Prec. WorkSt. 350/2.8 GHz P4 Xeon 1060.0 1061.0 Nov-02 50% 81%
223 Sun Fire V250 / 1280MHz Cu 1054.0 702.0 Sep-03 50% 54%
224 HP ProLiant DL360 G3 3.06GHz Xeon 1048.0 1070.0 Jun-03 50% 82%
225 Supermicro X5DPA-GG (3.2GHz, 533MHz bus) 1046.0 1270.0 Jan-04 50% 97%
226 Dell PowerEdge 1750/3.06 GHz Xeon 1044.0 1067.0 Jul-03 50% 81%
227 PrimePower450 (SPARC64 GP/1100MHz) 1037.0 682.0 May-03 49% 52%
228 Dell Prec. WorkSt. 350/2.66 GHz P4 Xeon 1036.0 1026.0 Nov-02 49% 78%
229 Dell Prec. WorkSt.650/2.4GHz P4Xeon 1ML3 1031.0 1123.0 Jan-04 49% 86%
230 PrimePower250 (SPARC64 GP/1100MHz) 1030.0 680.0 May-03 49% 52%
231 Sun Fire V1280 / 1200MHz Cu 1027.0 676.0 Jan-04 49% 52%
232 Dell Prec. Workst. 360/2.4 GHz P4 DDR333 1027.0 972.0 Jun-03 49% 74%
233 Intel D850EMVR (2.67 GHz, Pentium4) 1024.0 1005.0 Oct-02 49% 77%
234 Sun Blade Model 2500 / 1.28 GHz 1021.0 696.0 Aug-03 48% 53%
235 Dell Prec. WorkSt.650/2.8 GHz P4 Xeon 1020.0 1068.0 Apr-03 48% 81%
236 IBM eServer pSeries 615/6C3 1.2 GHz 1018.0 822.0 May-03 48% 63%
237 IBM eServer pSeries 615/6E3 1.2 GHz 1018.0 822.0 May-03 48% 63%
238 HP AlphaServer GS160 68/1224 1014.0 833.0 Nov-02 48% 63%
239 IBM eServer pSeries 630/6E4 1200MHz 1014.0 767.0 Apr-03 48% 58%
240 HP AlphaServer GS320 68/1224 1014.0 833.0 Nov-02 48% 63%
241 HP AlphaServer GS80 68/1224 1014.0 833.0 Nov-02 48% 63%
242 IBM eServer pSeries 630/6C4 1200MHz 1014.0 767.0 Apr-03 48% 58%
243 AMD Einox A4800/Opteron140 1.4GHz-I,WS 1012.0 933.0 Apr-03 48% 71%
244 Sun Fire V65x / (3.06 GHz Xeon) 1011.0 1066.0 May-03 48% 81%
245 Dell Prec. WorkSt. 350/2.53 GHz P4 Xeon 1005.0 986.0 Nov-02 48% 75%
246 ION Computers SR2300WV2 (3.066GHz Xeon/512 1003.0 1139.0 Feb-04 48% 87%
247 Dell PowerEdge 2650/3.06 GHz P4 Xeon 1003.0 1056.0 Apr-03 48% 80%
248 Dell Prec. WorkSt.650/2.66 GHz P4 Xeon 1002.0 1033.0 Apr-03 48% 79%
249 Intel D850EMVR (2.53 GHz, Pentium4) 999.0 956.0 Apr-03 47% 73%
250 HP AlphaServer DS25 68/1000 985.0 678.0 Aug-02 47% 52%
251 HP ProLiant DL140 (3.2GHz Xeon,1ML3) 984.0 1258.0 Nov-03 47% 96%
252 IBM eServer pSeries 630/6C4-1 1.45GH 984.0 856.0 Apr-03 47% 65%
253 IBM eServer pSeries 630/6E4-1 1450MH 984.0 856.0 Apr-03 47% 65%
254 AMD ASUS A7N8X XP 3200+ / 2200 MHz 982.0 1080.0 May-03 47% 82%
255 Sun Fire V880 / 1050 MHz Cu 982.0 626.0 Jun-03 47% 48%
256 Dell Prec. WorkSt. 340/3.06 GHz P4 Xeon 982.0 1074.0 Nov-02 47% 82%
257 Dell Prec. WorkSt. 350/2.4 GHz P4 Xeon 979.0 951.0 Nov-02 46% 72%
258 Dell Prec. Workst. 360/2.26 GHz P4 Xeon 965.0 904.0 Jun-03 46% 69%
259 Intel D850EMVR (2.4 GHz, Pentium4) 964.0 927.0 Oct-02 46% 71%
260 Sun Fire V480 / 1050MHz Cu 962.0 619.0 Jul-03 46% 47%
261 ION Computers BX21 (2.8GHz Xeon/512kB L2,1 960.0 1050.0 May-04 46% 80%
262 Compaq AlphaServer ES45 Model 68/1000 960.0 679.0 Oct-01 46% 52%
263 Dell Prec. WorkSt. 350/2.26 GHz P4 Xeon 949.0 909.0 Nov-02 45% 69%
264 Supermicro X5DPA-GG (3.06GHz, 533MHz bus) 949.0 1056.0 Jan-04 45% 80%
265 Dell Prec. WorkSt. 340/2.8 GHz P4 Xeon 947.0 1010.0 Sep-02 45% 77%
266 Dell Prec. WorkSt.650/2.4 GHz P4 Xeon 944.0 955.0 Apr-03 45% 73%
267 Intel D850EMVR (2.26 GHz, Pentium4) 934.0 888.0 Oct-02 44% 68%
268 Fujitsu CELSIUS R610 / 2.8GHz Pentium4 Xeon 930.0 1016.0 Feb-03 44% 77%
269 Intel D850EMV2 (2.8 GHz, Pentium4) 929.0 984.0 Aug-02 44% 75%
270 Dell Prec. WorkSt. 340/2.66 GHz P4 Xeon 927.0 978.0 Sep-02 44% 75%
271 Intel D850EMV2 (2.67 GHz, Pentium4) 911.0 952.0 Aug-02 43% 73%
272 Dell Prec. WorkSt. 340/2.53 GHz P4 Xeon 905.0 941.0 Sep-02 43% 72%
273 IBM IntelliStation POWER 275 1.0GHz 901.0 683.0 Jun-03 43% 52%
274 Intel D850EMV2 (2.53GHz, Pentium4) 889.0 914.0 Aug-02 42% 70%
275 Dell Prec. WorkSt. 530/2.8 GHz P4 Xeon 887.0 957.0 Sep-02 42% 73%
276 IBM eServer pSeries 630/6C4 1.0GHz 886.0 639.0 Jul-02 42% 49%
277 IBM eServer pSeries 630/6E4 1.0GHz 886.0 639.0 Jul-02 42% 49%
278 Sun Blade 1500 / 1.062GHz 884.0 589.0 Jun-03 42% 45%
279 Dell Prec. WorkSt. 340/2.4 GHz P4 Xeon 882.0 905.0 Sep-02 42% 69%
280 HP AlphaServer DS15/1000 876.0 631.0 Jun-04 42% 48%
281 Intel D850EMV2 (2.4 GHz, Pentium4) 870.0 882.0 Aug-02 41% 67%
282 Dell Prec. WorkSt.650/2.0 GHz P4 Xeon 870.0 837.0 Apr-03 41% 64%
283 AMD ASUS A7N8X XP 3000+ / 2167 MHz 869.0 995.0 Feb-03 41% 76%
284 Dell Prec. WorkSt. 530/2.6 GHz P4 Xeon 860.0 911.0 Sep-02 41% 69%
285 IBM eServer pSeries 630/6C4-1 1.2GHz 852.0 720.0 Apr-03 40% 55%
286 IBM eServer pSeries 630/6E4-1 1200MH 852.0 720.0 Apr-03 40% 55%
287 Intel D850EMV2 (2.26GHz, Pentium4) 846.0 847.0 Aug-02 40% 65%
288 Sun Fire V1280 / 900MHz Cu 844.0 535.0 Feb-03 40% 41%
289 AMD ASUS A7N8X XP 2800+ / 2250 MHz 843.0 933.0 Sep-02 40% 71%
290 Sun Fire V210 / 1002MHz Cu 841.0 555.0 Mar-03 40% 42%
291 Sun Fire V240 / 1002MHz Cu 836.0 553.0 Mar-03 40% 42%
292 AMD ASUS A7N8X XP 2700+ / 2166 MHz 831.0 913.0 Sep-02 39% 70%
293 Dell Prec. WorkSt. 530/2.4 GHz P4 Xeon 827.0 859.0 Sep-02 39% 65%
294 Sun Blade Model 2050 / 1050 MHz 827.0 610.0 Nov-01 39% 46%
295 Dell Prec. WorkSt. 340/2.2 GHz P4 818.0 833.0 Sep-02 39% 63%
296 Sun Blade Model 2000 / 1050 MHz 817.0 - Apr-02 39% -
297 Intel D850MD (2.4 GHz, Pentium4) 812.0 833.0 Apr-02 39% 63%
298 Dell PowerEdge 2650/2.8 GHz P4 Xeon 810.0 907.0 Oct-02 38% 69%
299 Intel D850EMV2 (2.2 GHz, Pentium4) 808.0 811.0 Aug-02 38% 62%
300 Dell Prec. WorkSt. 530/2.2 GHz P4 795.0 810.0 Sep-02 38% 62%
301 Sun Fire 280R / 1015 MHz Cu 785.0 574.0 Nov-02 37% 44%
302 Compaq AlphaServer DS20E Model 68/833 784.0 571.0 Jun-01 37% 44%
303 Intel D850EMVR (2.0A GHz, Pentium4) 782.0 828.0 Apr-03 37% 63%
304 Dell Prec. WorkSt. 340/2.0 GHz P4 779.0 779.0 Sep-02 37% 59%
305 Intel D850MD (2.2 GHz, Pentium4) 777.0 784.0 Jan-02 37% 60%
306 Compaq AlphaServer ES40 Model 6/833 777.0 565.0 Jun-01 37% 43%
307 Sun Blade Model 2000 / 1015 MHz 775.0 576.0 Oct-02 37% 44%
308 Intel D850EMV2 (2.0A GHz, Pentium4) 773.0 820.0 Aug-02 37% 63%
309 Dell Prec. WorkSt. 530/2.0 GHz P4 758.0 757.0 Sep-02 36% 58%
310 Compaq AlphaServer GS160 Model 16 68/1001 756.0 621.0 Jun-01 36% 47%
311 Compaq AlphaServer GS320 Model 32 68/1001 756.0 621.0 Jun-01 36% 47%
312 Compaq AlphaServer GS80 Model 8 68/1001 756.0 621.0 Jun-01 36% 47%
313 Dell PowerEdge 2650/2.4 GHz P4 Xeon 750.0 815.0 Apr-02 36% 62%
314 Intel D850EMV2 (2.0 GHz, Pentium4) 745.0 684.0 Aug-02 35% 52%
315 Intel D850MD (2.0AGHz, Pentium4) 743.0 735.0 Jan-02 35% 56%
316 Sun Blade 1000 Model 900 / 900MHz Cu 731.0 533.0 Nov-01 35% 41%
317 Sun Fire V480 / 900 MHz Cu 727.0 531.0 Jun-02 34% 40%
318 Intel D850EMV2 (1.9 GHz, Pentium4) 726.0 660.0 Aug-02 34% 50%
319 Compaq AlphaServer DS20L Model 68/833 724.0 537.0 Apr-02 34% 41%
320 Dell Prec. WorkSt. 530/1.8 GHz P4 717.0 703.0 Sep-02 34% 54%
321 Intel D850GB (2.0 GHz Pentium4) 714.0 656.0 Aug-01 34% 50%
322 Intel D850MD (2.0 GHz, Pentium4) 713.0 653.0 Jan-02 34% 50%
323 Sun Netra 20 / 900 MHz Cu 713.0 533.0 May-02 34% 41%
324 Dell Prec. WorkSt. 340/1.8 GHz P4 711.0 650.0 Sep-02 34% 50%
325 AMD Epox 8KHA+ XP2600+ / 2133 MHz 710.0 839.0 Aug-02 34% 64%
326 Intel D850EMV2 (1.8 GHz, Pentium4) 708.0 638.0 Aug-02 34% 49%
327 Dell PowerEdge 7150 Itanium/800 4MB L3 703.0 - Jun-01 33% -
328 HP SERVER RX4610 Itanium/800 4MB L3 701.0 379.0 May-01 33% 29%
329 Sun Fire 280R / 900 MHz Cu 700.0 529.0 Nov-01 33% 40%
330 Dell PowerEdge 6650/2.0 GHz Xeon MP 699.0 842.0 Oct-02 33% 64%
331 Intel D850MD (1.9 GHz, Pentium4) 698.0 633.0 Jan-02 33% 48%
332 Sun Fire V880 / 900 MHz Cu 697.0 507.0 May-02 33% 39%
333 Intel D850GB (1.9 GHz Pentium4) 696.0 634.0 Aug-01 33% 48%
334 AMD Epox 8KHA+ XP2400+ / 2000 MHz 693.0 808.0 Aug-02 33% 62%
335 Dell PowerEdge 4600/2.0 GHz P4 Xeon 693.0 701.0 Jan-02 33% 53%
336 Intel D850EMV2 (1.7 GHz, Pentium4) 687.0 613.0 Aug-02 33% 47%
337 Intel D850MD (1.8 GHz, Pentium4) 679.0 612.0 Jan-02 32% 47%
338 Intel D850GB (1.8 GHz Pentium4) 678.0 613.0 Aug-01 32% 47%
339 Dell Prec. WorkSt. 340/1.7 GHz P4 675.0 596.0 Oct-01 32% 45%
340 HP 9000 Model C3750 / PA8700+/875 674.0 678.0 Oct-02 32% 52%
341 Dell Prec. WorkSt. 530/1.7 GHz P4 672.0 592.0 Oct-01 32% 45%
342 AMD Epox 8KHA+ XP2200+ / 1800 MHz 671.0 765.0 Jul-02 32% 58%
343 Dell Prec. WorkSt. 330/2.0 GHz P4 669.0 659.0 Aug-01 32% 50%
344 Intel D850EMV2 (1.6 GHz, Pentium4) 666.0 588.0 Aug-02 32% 45%
345 AMD Epox 8KHA+ XP2100+ / 1733 MHz 660.0 749.0 Apr-02 31% 57%
346 Intel D850GB (1.7 GHz Pentium4) 659.0 587.0 Aug-01 31% 45%
347 Intel D850MD (1.7 GHz, Pentium4) 659.0 588.0 Jan-02 31% 45%
348 AMD Asus A7M266-D MP2400+ / 2000 MHz 656.0 766.0 Nov-02 31% 58%
349 HP i2000 Itanium/800 2ML3 655.0 - May-01 31% -
350 HP 9000 Model J6750 / PA8700+/875 651.0 676.0 Oct-02 31% 52%
351 AMD MSI K7D M-L MP2600+ / 2133 MHz 650.0 781.0 Feb-03 31% 60%
352 Dell Prec. WorkSt. 730/Itanium/800 2ML3 645.0 314.0 Jul-01 31% 24%
353 PrimePower650 (SPARC64 GP/810MHz) 644.0 624.0 Jul-02 31% 48%
354 Fujitsu PrimePower650 (SPARC64 GP/810MHz) 644.0 624.0 Jul-02 31% 48%
355 API UP2000 833 MHz 644.0 533.0 Jun-00 31% 41%
356 AMD MSI K7D M-L MP2200+ / 1800 MHz 644.0 726.0 Aug-02 31% 55%
357 Intel D850EMV2 (1.5 GHz, Pentium4) 643.0 562.0 Aug-02 31% 43%
358 AMD Epox 8KHA+ XP2000+ / 1667 MHz 642.0 724.0 Jan-02 30% 55%
359 AMD MSI K7D M-L MP2100+ / 1733 MHz 637.0 713.0 Jun-02 30% 54%
360 Intel D850GB (1.6 GHz Pentium4) 637.0 565.0 Aug-01 30% 43%
361 Intel D850MD (1.6 GHz, Pentium4) 637.0 565.0 Jan-02 30% 43%
362 AMD Epox 8KHA+ XP1800 / 1600 MHz 634.0 701.0 Oct-01 30% 53%
363 Dell Prec. WorkSt. 330/1.8 GHz P4 631.0 619.0 Jul-01 30% 47%
364 Dell Prec. WorkSt. 340/1.5 GHz P4 629.0 547.0 Oct-01 30% 42%
365 Dell Prec. WorkSt. 530/1.5 GHz P4 629.0 545.0 Oct-01 30% 42%
366 HP i2000 Itanium/733 2ML3 623.0 - May-01 30% -
367 HP SERVER RX4610 Itanium/733 2ML3 623.0 - May-01 30% -
368 Intel D850MD (1.5 GHz, Pentium4) 616.0 539.0 Jan-02 29% 41%
369 Intel D850GB (1.5 GHz Pentium4) 615.0 539.0 Aug-01 29% 41%
370 AMD Epox 8KHA+ XP1800 / 1533 MHz 615.0 671.0 Oct-01 29% 51%
371 PrimePower850 (SPARC64 GP/810MHz) 613.0 617.0 Jul-02 29% 47%
372 Fujitsu PrimePower850 (SPARC64 GP/810MHz) 613.0 617.0 Jul-02 29% 47%
373 HP i2000 Itanium/800 4MB L3 610.0 365.0 Sep-01 29% 28%
374 Dell Prec. WorkSt. 330/1.7 GHz P4 607.0 591.0 May-01 29% 45%
375 AMD Epox 8KHA+ XP1700 / 1466 MHz 604.0 656.0 Oct-01 29% 50%
376 AMD Asus A7M266-D MP2000+ / 1667 MHz 596.0 662.0 Mar-02 28% 50%
377 Intel D850GB (1.4 GHz Pentium4) 590.0 512.0 Aug-01 28% 39%
378 AMD GA-7DX Motherboard, XP1800+/1533 M 588.0 644.0 Oct-01 28% 49%
379 Compaq AlphaServer DS20E Model 6/667 582.0 455.0 Aug-01 28% 35%
380 HP 9000 Model J6700 / PA8700-750 581.0 603.0 Apr-01 28% 46%
381 AMD GA-7DX Motherboard, XP1700+/1466 M 580.0 629.0 Oct-01 28% 48%
382 HP i2000 Itanium/733 4MB L3 577.0 - Sep-01 27% -
383 HP 9000 Model C3700 / PA8700-750 576.0 604.0 Apr-01 27% 46%
384 Intel D850GB (1.3 GHz Pentium4) 565.0 486.0 Aug-01 27% 37%
385 Dell Prec. WorkSt. 330/1.5 GHz P4 564.0 543.0 May-01 27% 41%
386 Compaq AlphaServer ES40 Model 6/667 562.0 433.0 Nov-99 27% 33%
387 Fujitsu CELSIUS 460/1.5 GHz P4 (400MHz Bus) 561.0 535.0 Dec-00 27% 41%
388 HP ProLiant BL10e G2 1GHz,ULV PentiumM 552.0 687.0 Jul-03 26% 52%
389 Fujitsu PrimePower800/1000/2000 (788MHz) 551.0 591.0 Jul-02 26% 45%
390 PrimePower800/1000/2000 (788MHz) 551.0 591.0 Jul-02 26% 45%
391 AMD Tyan Thunder K7 MP1800+/1533 MHz 547.0 609.0 Oct-01 26% 46%
392 AMD GA-7DX Motherboard, XP1600+/1400 M 547.0 595.0 Oct-01 26% 45%
393 HP C3650/PA8700-625 542.0 508.0 Dec-01 26% 39%
394 Dell Prec. WorkSt. 330/1.4 GHz P4 541.0 517.0 May-01 26% 39%
395 Dell Prec. WorkSt. 530/1.4 GHz P4 540.0 516.0 May-01 26% 39%
396 Compaq Evo Workst. W6000/1.4 GHz P4 Xeon 538.0 509.0 Sep-01 26% 39%
397 AMD GA-7DX Motherboard, XP1500+/1333 M 536.0 577.0 Oct-01 25% 44%
398 API UP2000 750 MHz 533.0 456.0 Jun-00 25% 35%
399 Compaq AlphaStation XP1000 Model 6/667 532.0 403.0 Sep-01 25% 31%
400 SGI Origin 3200 1X 600MHz R14k 529.0 500.0 Feb-02 25% 38%
401 AMD Tyan Thunder K7 MP1600+/1400 MHz 526.0 571.0 Oct-01 25% 44%
402 HP SERVER RP7400/PA8700-750 524.0 551.0 Sep-01 25% 42%
403 HP SERVER RP5470/PA8700-750 522.0 549.0 Oct-01 25% 42%
404 AMD Tyan Thunder K7 MP1500+/1333 MHz 516.0 554.0 Oct-01 24% 42%
405 Dell Prec. WorkSt. 330/1.3 GHz P4 516.0 490.0 May-01 24% 37%
406 Fujitsu PrimePower650 (SPARC64 GP/675MHz) 509.0 478.0 Oct-01 24% 36%
407 PrimePower650 (SPARC64 GP/675MHz) 509.0 478.0 Oct-01 24% 36%
408 PrimePower400 (SPARC64 GP/700MHz) 506.0 521.0 Jul-02 24% 40%
409 Fujitsu PrimePower400 (SPARC64 GP/700MHz) 506.0 521.0 Jul-02 24% 40%
410 PrimePower200 SPARC64 GP/700MHz-8MB 505.0 521.0 Jul-02 24% 40%
411 SGI Origin 300 1X 600MHz R14kA 495.0 483.0 Jul-02 23% 37%
412 PrimePower850 (SPARC64 GP/675MHz) 493.0 476.0 Oct-01 23% 36%
413 Fujitsu PrimePower850 (SPARC64 GP/675MHz) 493.0 476.0 Oct-01 23% 36%
414 HP SERVER RP7400/PA8700-650 489.0 493.0 Oct-01 23% 38%
415 HP SERVER RP5470/PA8700-650 488.0 491.0 Oct-01 23% 37%
416 AMD Tyan Thunder K7 1.2GHz Athlon MP 481.0 522.0 May-01 23% 40%
417 PrimePower200 SPARC64 GP/700MHz-4MB 476.0 491.0 Jul-02 23% 37%
418 Fujitsu PrimePower200 (SPARC64 GP/700MHz) 476.0 - Jul-02 23% -
419 SGI Origin 3200 1X 500MHz R14k 463.0 427.0 Apr-01 22% 33%
420 AMD Gigabyte GA-7DX 1.4 GHz Athlon 458.0 554.0 May-01 22% 42%
421 Dell PowerEdge 1500SC/1.4 GHz PIII 456.0 664.0 Jan-02 22% 51%
422 PrimePower800/1000/2000 (675MHz) 456.0 475.0 Sep-01 22% 36%
423 Fujitsu PrimePower800/1000/2000 (675MHz) 456.0 475.0 Sep-01 22% 36%
424 AMD Gigabyte GA-7DX 1.33GHz Athlon 445.0 539.0 Mar-01 21% 41%
425 Compaq AlphaServer GS320 Model 6/731 444.0 397.0 Jun-00 21% 30%
426 Compaq AlphaServer GS80 Model 6/731 444.0 397.0 Dec-00 21% 30%
427 Compaq AlphaServer GS160 Model 6/731 444.0 397.0 May-00 21% 30%
428 HP 9000 Model B2600 / PA8600-500 440.0 403.0 Apr-01 21% 31%
429 Dell PowerEdge 1500SC/1.26GHz PIII 440.0 623.0 Jan-02 21% 47%
430 RLX 1200i (1.20 GHz Pentium III) 437.0 575.0 Sep-02 21% 44%
431 IBM RS/6000 44P-170 (450 MHz) 434.0 346.0 Jun-02 21% 26%
432 IBM eServer pSeries 610/6E1 450MHz 433.0 334.0 Oct-01 21% 25%
433 HP 9000 model J6000 / PA8600-552 MHz 433.0 441.0 Oct-00 21% 34%
434 HP 9000 model C3600 / PA8600-552 MHz 433.0 432.0 Oct-00 21% 33%
435 IBM RS/6000 44P-270 (450MHz, 8MBL2) 433.0 334.0 Oct-01 21% 25%
436 IBM RS/6000 SP-450MHz T/W (1 CPU) 433.0 334.0 Jan-02 21% 25%
437 IBM eServer pSeries 640/B80 450MHz 433.0 334.0 Oct-01 21% 25%
438 IBM eServer pSeries 610/6C1 450MHz 433.0 334.0 Oct-01 21% 25%
439 PrimePower400 (SPARC64 GP/600MHz) 428.0 424.0 Aug-01 20% 32%
440 Fujitsu PrimePower400 (SPARC64 GP/600MHz) 428.0 424.0 Aug-01 20% 32%
441 Compaq AlphaServer DS20 Model 6/500 422.0 313.0 Nov-99 20% 24%
442 Compaq AlphaServer ES40 Model 6/500 419.0 311.0 Nov-00 20% 24%
443 AMD Gigabyte GA-7DX 1.2GHz Athlon 417.0 496.0 Feb-01 20% 38%
444 PrimePower600 (SPARC64 GP/600MHz) 416.0 420.0 Aug-01 20% 32%
445 Fujitsu PrimePower600 (SPARC64 GP/600MHz) 416.0 420.0 Aug-01 20% 32%
446 Sun Netra 20 / 750 MHz 415.0 417.0 Nov-01 20% 32%
447 HP 9000 Model A500 / PA8600-550 MHz 414.0 422.0 Nov-00 20% 32%
448 Compaq AlphaServer DS10 6/600 411.0 364.0 Jun-00 19% 28%
449 IBM eServer pSeries 620/6F1 750 MHz 410.0 458.0 Apr-02 19% 35%
450 IBM eServer pSeries 660/6H0 750 MHz 410.0 458.0 Apr-02 19% 35%
451 IBM eServer pSeries 660/6H1 750 MHz 410.0 458.0 Apr-02 19% 35%
452 IBM eServer pSeries 620/6F0 750 MHz 410.0 458.0 Apr-02 19% 35%
453 Sun Blade 1000 Model 1900 / 900MHz 410.0 466.0 Jul-01 19% 36%
454 SGI Origin 3200 400MHz R12k 407.0 353.0 Sep-00 19% 27%
455 Fujitsu PrimePower200 (SPARC64 GP/600MHz) 403.0 406.0 Aug-01 19% 31%
456 PrimePower200 (SPARC64 GP/600MHz) 403.0 406.0 Aug-01 19% 31%
457 Dell PowerEdge 2550/1.13GHz PIII 402.0 568.0 Jan-02 19% 43%
458 IBM IntelliStation 265 (450MHz, 4MBL2) 401.0 318.0 Jan-02 19% 24%
459 Sun Blade 1000 Model 1750 / 750MHz 395.0 396.0 Jun-01 19% 30%
460 Sun Fire 280R / 750 MHz 392.0 394.0 Jun-01 19% 30%
461 SGI 2200 1X 500MHz R14k 386.0 412.0 Jul-01 18% 31%
462 IBM RS/6000 SP-375MHz T/W (1 CPU) 382.0 260.0 Jan-00 18% 20%
463 IBM eServer pSeries 640 (8 MB L2) 378.0 273.0 Sep-00 18% 21%
464 Sun Fire V880 / 750 MHz 378.0 390.0 Nov-01 18% 30%
465 SGI Origin 300 1X 500MHz R14k 378.0 379.0 Oct-01 18% 29%
466 IBM RS/6000 44P-270 (1 CPU, 8MB L2) 378.0 273.0 Sep-00 18% 21%
467 HP 9000 Model L3000 / PA8600-550 376.0 388.0 Dec-00 18% 30%
468 IBM eServer pSeries 660/6M1 750 MHz 376.0 439.0 Aug-01 18% 33%
469 IBM IBM RS/6000 Model M80 (750 MHz) 376.0 439.0 Aug-01 18% 33%
470 AMD ASUS A7V 1.3 GHz Athlon 374.0 491.0 Mar-01 18% 37%
471 IBM eServer pSeries 610/6E1 375MHz 372.0 277.0 Oct-01 18% 21%
472 IBM eServer pSeries 610/6C1 375MHz 372.0 277.0 Oct-01 18% 21%
473 HP 9000 Model N4000 / PA8600-552 MHz 369.0 379.0 Mar-00 18% 29%
474 IBM RS/6000 44P-270 (1 CPU, 4MB L2) 366.0 262.0 Sep-00 17% 20%
475 IBM eServer pSeries 640 (4 MB L2) 366.0 262.0 Sep-00 17% 20%
476 RLX 800i (800 MHz Pentium III) 363.0 435.0 Sep-02 17% 33%
477 IBM RS/6000 44P-270 (1 CPU) 360.0 251.0 Jan-00 17% 19%
478 IBM RS/6000 44P-170 (400 MHz) 359.0 280.0 Jun-02 17% 21%
479 HP 9000 model B2000 / PA8500-400 MHz 357.0 332.0 Oct-00 17% 25%
480 AMD ASUS A7V 1.2 GHz Athlon 352.0 458.0 Feb-01 17% 35%
481 SGI 2200 2X 400MHz R12k 343.0 347.0 May-00 16% 26%
482 AMD Gigabyte GA-7ZM motherboard 1.2 GH 342.0 - Oct-00 16% -
483 Dell Prec. WorkSt. 420/1.0 GHz P3 340.0 462.0 Nov-00 16% 35%
484 IBM RS/6000 SP-375MHz High Node(1 CPU) 337.0 252.0 Jun-00 16% 19%
485 Intel OR840 (1.0 GHz Pentium III) 335.0 442.0 Jul-00 16% 34%
486 IBM eServer pSeries 610/6C1 333MHz 333.0 241.0 Feb-02 16% 18%
487 IBM eServer pSeries 610/6E1 333MHz 333.0 241.0 Feb-02 16% 18%
488 AMD Gigabyte GA-7ZM motherboard 1.1 GH 331.0 - Aug-00 16% -
489 Intel VC820 (1.13GHz Pentium III) 331.0 464.0 Aug-00 16% 35%
490 Dell Prec. WorkSt. 420/933MHz P3 328.0 440.0 Nov-00 16% 34%
491 AMD ASUS A7V 1.0 GHz Athlon 321.0 - Feb-01 15% -
492 Intel VC820 (1.0BGHz, Pentium III) 318.0 448.0 Nov-00 15% 34%
493 Dell Prec. WorkSt. 420/866MHz P3 317.0 417.0 Nov-00 15% 32%
494 Dell PowerEdge 4400/1.0 GHz PIII Xeon 317.0 451.0 Jan-02 15% 34%
495 Intel VC820 (1.0 GHz Pentium III) 314.0 428.0 Jul-00 15% 33%
496 Sun Blade 1000 Model 1750 / 750MHz 312.0 396.0 Oct-01 15% 30%
497 Intel D815EEA2 (1.0BGHz Pentium III) 310.0 457.0 Aug-01 15% 35%
498 Intel VC820 (933 MHz, Pentium III) 309.0 429.0 Nov-00 15% 33%
499 Dell Prec. WorkSt. 420/800MHz P3 306.0 399.0 Nov-00 15% 30%
500 Intel VC820 (933 MHz Pentium III) 305.0 410.0 Jul-00 14% 31%
501 Intel D815EEA2 (933 MHz Pentium III) 300.0 428.0 Aug-01 14% 33%
502 Intel VC820 (866 MHz, Pentium III) 297.0 407.0 Nov-00 14% 31%
503 HP 9000 Model N4000 / PA8600-440 MHz 297.0 - Nov-99 14% -
504 Intel VC820 (866 MHz Pentium III) 294.0 390.0 Jul-00 14% 30%
505 Dell PowerEdge 6400/PIII Xeon 700 294.0 438.0 Apr-01 14% 33%
506 SGI 2100 1X 350MHz R12k 293.0 289.0 Mar-01 14% 22%
507 Intel D815EEA2 (866 MHz Pentium III) 292.0 417.0 Aug-01 14% 32%
508 Intel D815EEA2 1.0B GHz Pentium III) 292.0 454.0 Nov-04 14% 35%
509 Sun Enterprise 450 / 480MHz 291.0 234.0 Aug-00 14% 18%
510 Dell Prec. WorkSt. 420/733MHz P3 290.0 374.0 Nov-00 14% 29%
511 SGI Origin200 360MHz R12k 290.0 298.0 Jun-00 14% 23%
512 Sun Blade 1000 Model 1600 / 600MHz 288.0 311.0 Jul-01 14% 24%
513 Intel VC820 (800EB MHz, Pentium III) 286.0 386.0 Nov-00 14% 29%
514 Intel VC820 (800 MHz Pentium III) 282.0 371.0 Jul-00 13% 28%
515 Intel D815EEA2 (800 MHz Pentium III) 280.0 386.0 Aug-01 13% 29%
516 Sun Fire 6800 / 750 MHz 278.0 360.0 Oct-01 13% 27%
517 IBM RS/6000 44P-170 (333 MHz) 277.0 202.0 Jun-02 13% 15%
518 Sun Blade 150 (UltraSPARC IIi/650) 276.0 246.0 Aug-02 13% 19%
519 Intel VC820 (850 MHz Pentium III) 268.0 367.0 Jul-00 13% 28%
520 Intel D815EEA2 (1.1 GHz Pentium III) 268.0 427.0 Aug-01 13% 33%
521 Sun Enterp. 420R (UltraSPARC-II/450) 265.0 214.0 Mar-01 13% 16%
522 Intel D815EEA2 (1.0 GHz Pentium III) 264.0 408.0 Aug-01 13% 31%
523 Sun Enterprise 3500/4500 - 400 MHz 261.0 212.0 Oct-00 12% 16%
524 Dell PowerEdge 8450/PIII Xeon 700 260.0 422.0 Apr-01 12% 32%
525 Intel VC820 (800EB MHz Pentium III) 256.0 355.0 Mar-00 12% 27%
526 Sun Blade 150 (UltraSPARC IIi/550) 254.0 217.0 Aug-02 12% 17%
527 IBM eServer pSeries 620/6F1 600 MHz 252.0 310.0 Apr-01 12% 24%
528 IBM eServer pSeries 660/6H1 600 MHz 252.0 310.0 Apr-01 12% 24%
529 IBM eServer pSeries 620/6F0 600 MHz 252.0 310.0 May-01 12% 24%
530 IBM eServer pSeries 660/6H0 600 MHz 252.0 310.0 May-01 12% 24%
531 IBM RS/6000 Model 7026-M80 (1 CPU) 250.0 275.0 May-00 12% 21%
532 Intel VC820 (733 MHz Pentium III) 244.0 335.0 Mar-00 12% 26%
533 Intel OR840 (733MHz Pentium III) 243.0 336.0 Nov-99 12% 26%
534 Fujitsu CELSIUS 650 / 733 MHz Pentium III 242.0 337.0 Jan-00 11% 26%
535 Intel SE440BX-2 (800 MHz Pentium III 237.0 344.0 Mar-00 11% 26%
536 Intel VC820 (667 MHz Pentium III) 233.0 314.0 Mar-00 11% 24%
537 Intel SE440BX-2 (750 MHz Pentium III 230.0 330.0 Mar-00 11% 25%
538 Intel SE440BX-2 (700 MHz Pentium III 223.0 315.0 Mar-00 11% 24%
539 Intel SE440BX-2 (650 MHz Pentium III 215.0 299.0 Mar-00 10% 23%
540 IBM RS/6000 Model 7026-H80 (1 CPU) 210.0 234.0 May-00 10% 18%
541 IBM RS/6000 Model 7026-F80 (1 CPU) 210.0 234.0 May-00 10% 18%
542 Dell Prec. WorkSt. 410/700MHz PIII 205.0 307.0 Nov-99 10% 23%
543 Intel SE440BX-2 (500 MHz Pentium III 193.0 233.0 Feb-02 9% 18%
544 Sun Blade 100 (UltraSPARC-IIe/500) 182.0 174.0 Mar-01 9% 13%
545 IBM RS/6000 7043-260 (1 CPU) 180.0 - Nov-99 9% -
546 Intel SE440BX-2 (450 MHz Pentium III 178.0 213.0 Mar-02 8% 16%
547 Compaq AlphaServer 4100 5/533 176.0 176.0 Nov-99 8% 13%
548 Compaq DIGITAL PW 500au 158.0 161.0 Nov-99 7% 12%
549 Compaq AlphaStation 500/500 153.0 163.0 Nov-99 7% 12%
550 Ultra 10 333MHz 126.0 133.0 Nov-99 6% 10%
551 IBM RS/6000 43P-150 (250MHz,xlf90) 90.8 105.0 Jun-00 4% 8%
552 IBM RS/6000 43P-150 (250MHz,xlf) 84.4 93.7 May-00 4% 7%

(*) Values derived under earlier releases of OS/compilers/libraries
(+) SPECfp_base2000 value


Table 2. GAMESS-UK-89. Total CPU Time (User and System), Elapsed Time (minutes) and Efficiency (%) for Calculations 1-12 (see text)
Rank Machine CPU Time Elapsed Efficiency Relative
User System Total Time (%) Performance (%)
1 AMD Opteron850/2400 (pgi5.2) 1.7 0.2 2.0 2.6 75% 118%
2 IBM eServer p5 570/1.9 GHz 1.8 0.2 2.0 2.2 91% 118%
3 HP DL145 Opteron248/2200 (pgi5.2) 1.9 0.3 2.1 2.3 92% 110%
4 AMD Opteron848/2200 (pgi5.2) 1.9 0.3 2.1 2.5 85% 110%
5 SunFire V20 2.2GHz (pgi5.2) 1.9 0.3 2.2 2.3 94% 109%
6 SunFire V40z 2.2GHz (pgi5.2) 1.9 0.3 2.2 2.3 95% 109%
7 HP RX1620 Itanium2/1600-H 2.0 0.3 2.2 2.4 93% 105%
8 HP RX1620 Itanium2/1600-L 2.0 0.2 2.3 2.5 91% 103%
9 HP DL380 Pentium4/3600 (EM64T) 2.0 0.3 2.3 2.4 97% 102%
10 HP RX4640 Itanium2/1600-L 2.0 0.3 2.3 2.4 97% 101%
11 IBM pSeries 690Turbo/1.7 GHz 2.0 0.4 2.3 3.3 71% 100%
12 HP RX5670 Itanium2/1500-H 2.1 0.3 2.3 2.4 97% 100%
13 AMD Opteron848/2200 (pgi5.1) 2.1 0.3 2.4 2.5 95% 98%
14 Pentium4/3400 (EM64T,32-bit) 2.2 0.2 2.5 3.6 68% 95%
15 SGI Altix3700/Itanium2-1500 2.1 0.3 2.5 2.5 101% 95%
16 AMD Opteron848/2200 (pgi5.0) 2.2 0.3 2.5 2.6 96% 95%
17 HP RX2600 Itanium2/1500-L 2.3 0.2 2.5 2.5 100% 94%
18 AMD Opteron846/2000 (pgi5.1) 2.2 0.3 2.5 2.7 92% 94%
19 Intel Tiger Itanium2/1500 2.3 0.2 2.5 2.8 91% 93%
20 Pentium4/3200 (EM64T) 2.3 0.3 2.6 3.0 87% 91%
21 HP Superdome Itanium2/1500 2.1 0.5 2.6 2.7 96% 90%
22 AMD Opteron846/2000 (pgi5.0) 2.4 0.3 2.7 2.8 93% 88%
23 HP DL140 Pentium 4/3200 2.3 0.4 2.7 2.9 93% 87%
24 HP RX4640 Itanium2/1300-H 2.4 0.3 2.7 2.8 97% 85%
25 AMD Opteron244/1800 (pgi5.1) 2.5 0.4 2.8 3.4 84% 83%
26 SGI Altix3700/Itanium2-1300 2.8 0.2 3.0 3.0 100% 79%
27 Pentium 4/3066 (ifc) 2.6 0.4 3.0 3.1 96% 78%
28 HP BL20p G2 Pentium 4/2800 2.6 0.4 3.0 3.3 92% 78%
29 IBM Regatta-HPC/1300 2.7 0.4 3.1 3.2 95% 76%
30 AMD Opteron244/1800 (pgi5.0) 2.7 0.4 3.1 3.6 85% 76%
31 Intel Tiger Itanium2/1200 (+) 2.9 0.3 3.2 3.3 97% 74%
32 IBM pSeries 690Turbo/1.3 GHz 2.6 0.6 3.2 4.1 78% 73%
33 HP 9000/RP3440-1000 2.9 0.4 3.3 3.6 90% 72%
34 Pentium 4/2666 (ifc) 2.9 0.4 3.3 3.6 93% 70%
35 AMD Opteron842/1600 (pgi5.0) 3.0 0.4 3.4 3.5 96% 70%
36 Intel Tiger Itanium2/1000 3.4 0.4 3.8 4.1 93% 62%
37 HP RX2600 Itanium2/1000-H 3.2 0.6 3.8 3.9 99% 61%
38 Pentium 4/2666 (pgi) 3.5 0.4 3.8 4.2 92% 61%
39 AMD Opteron840/1400 (pgi5.0) 3.4 0.5 3.8 4.0 96% 61%
40 HP RX5670 Itanium2/1000-L 3.5 0.4 3.9 4.1 95% 61%
41 Pentium 4/3066 3.6 0.4 3.9 4.1 96% 60%
42 Compaq Alpha ES45/1250 3.0 1.0 4.0 4.0 101% 58%
43 IBM pSeries 630/1000 3.5 0.6 4.1 4.4 94% 57%
44 HP 9000/RP7410-875 3.5 0.7 4.1 4.2 98% 57%
45 Pentium 4/2533 (pgi) 3.9 0.4 4.3 4.8 88% 55%
46 HP ZX6000 Itanium2/900 4.0 0.3 4.3 4.3 100% 55%
47 Compaq Marvel EV7/1000 3.2 1.2 4.4 4.6 95% 53%
48 AMD MP2400+/2000 (pgi) 3.8 0.6 4.4 4.4 100% 53%
49 Pentium 4/2666 4.0 0.4 4.4 4.6 96% 53%
50 Compaq Alpha ES45/1000 3.7 0.9 4.6 4.7 98% 51%
51 Pentium 4/2000 (ifc) 4.4 0.4 4.8 4.8 99% 49%
52 AMD MP2000+/1667 (pgi) 4.3 0.8 5.0 4.9 103% 47%
53 HP 9000/J6700-750 4.4 0.7 5.1 5.7 89% 46%
54 Pentium 4/2533 4.8 0.4 5.2 5.6 92% 45%
55 Pentium 4/2000 (pgi) 5.0 0.4 5.4 5.5 99% 43%
56 AMD MP1800+/1533 (pgi) 4.8 0.7 5.5 5.5 100% 43%
57 SUN Blade 2000/1056-Cu 5.4 0.5 5.9 6.0 99% 40%
58 AMD MP2000+/1667 5.3 0.8 6.1 6.1 101% 38%
59 Compaq Alpha ES40/833 4.4 1.9 6.3 6.4 99% 37%
60 AMD Athlon K7/1400(pgi) 5.4 1.1 6.5 6.6 99% 36%
61 Pentium 4/1500 (pgi) 6.2 0.3 6.5 6.5 100% 36%
62 Pentium 4/2000 6.3 0.4 6.7 6.7 100% 35%
63 AMD MP1800+/1533 6.0 0.7 6.7 6.7 100% 35%
64 Compaq Alpha ES40/667 5.6 1.2 6.8 7.1 95% 35%
65 HP 9000/J6000-552 6.1 0.7 6.8 7.3 93% 35%
66 SUN Fire V880/900-Cu 6.5 0.6 7.0 7.2 98% 33%
67 AMD Athlon K7/1200(pgi) 6.3 0.9 7.2 10.9 66% 33%
68 Compaq Alpha DS20E/667 5.5 1.9 7.4 7.7 96% 32%
69 Compaq Alpha ES40/667 (+) 5.5 1.9 7.4 7.7 96% 32%
70 Compaq PW XP1000/667 6.3 1.4 7.7 9.0 85% 31%
71 AMD Athlon K7/1400 6.7 1.1 7.7 7.8 99% 30%
72 SUN Fire 6800/900-Cu 6.8 0.9 7.8 8.0 97% 30%
73 SGI Onyx 300/R14k-600 6.8 1.2 8.0 8.0 100% 29%
74 Pentium 4/1500 7.8 0.3 8.1 8.1 100% 29%
75 IBM RS/6000-SP/375 7.2 1.0 8.2 9.2 89% 29%
76 IBM RS/6000 44P-270 7.4 1.0 8.4 9.6 87% 28%
77 AMD Athlon K7/1200 7.7 0.8 8.5 12.4 68% 28%
78 AMD Athlon K7/1000(pgi) 7.8 1.2 9.0 9.8 92% 26%
79 IBM Itanium/800-4M L3 7.6 1.5 9.0 17.0 53% 26%
80 HP 9000/J5000-440 7.9 1.2 9.1 10.1 90% 26%
81 API UP2000 6/833 5.6 3.7 9.2 9.4 98% 25%
82 Pentium III/1000-CM(pgi) 8.2 1.2 9.4 9.4 100% 25%
83 SGI O300/R14k-500 8.1 1.3 9.5 9.5 100% 25%
84 HP 9000/C3000-400 8.4 1.1 9.5 11.1 85% 25%
85 HP Itanium/733-2M L3 7.1 2.4 9.5 16.6 57% 25%
86 Compaq Alpha ES40/500 8.0 1.9 9.9 11.2 89% 24%
87 SGI O3800/R14k-500 8.0 1.9 10.0 12.4 80% 24%
88 API UP2000 6/667 6.9 3.1 10.0 10.4 96% 24%
89 SUN Blade 1000/M1750 9.5 0.8 10.2 10.4 99% 23%
90 Compaq Alpha DS20/500 8.0 2.3 10.3 13.3 77% 23%
91 Compaq Alpha DS20/500 (+) 8.0 2.3 10.3 13.3 77% 23%
92 Pentium 4/1400 (pgi) 8.4 2.0 10.3 12.1 85% 23%
93 AMD Athlon K7/1000 9.3 1.1 10.4 11.1 94% 23%
94 DEC Alpha 8400/6-575-S 8.5 2.0 10.5 16.2 65% 22%
95 DEC Alpha 8400/6-575 8.5 2.0 10.5 11.1 95% 22%
96 Pentium III/866-CM(pgi) 9.3 1.3 10.5 17.2 61% 22%
97 Compaq PW XP1000/500 8.3 2.4 10.7 11.2 95% 22%
98 Compaq XP1000 6/450 9.2 1.6 10.8 17.6 62% 22%
99 AMD Athlon K7/850 9.6 1.3 10.9 11.5 95% 22%
100 AlphaPC 264DP-500 8.9 2.0 11.0 11.1 99% 21%
101 Pentium III/733-CM(pgi) 10.2 0.8 11.0 11.3 97% 21%
102 Pentium III/800-CM(pgi) 10.2 1.0 11.2 13.0 86% 21%
103 Pentium III/1000-CM 10.0 1.3 11.3 11.2 100% 21%
104 SGI Octane2/R12k-400 9.9 1.6 11.5 14.2 81% 20%
105 HP 9000/785-367 10.2 1.6 11.8 14.4 82% 20%
106 Pentium III/866-CM 10.8 1.3 12.1 19.2 63% 19%
107 SGI O3800/R12k-400 9.7 2.5 12.2 15.5 78% 19%
108 SGI O2000/R12k-400 9.9 2.3 12.2 12.3 99% 19%
109 Compaq Alpha DS10/466 9.2 3.1 12.3 52.1 24% 19%
110 Pentium 4/1400 10.7 1.9 12.6 14.3 88% 19%
111 Compaq Alpha GS140 8.2 4.4 12.6 13.1 96% 19%
112 Pentium III/733-CM 12.1 0.9 12.9 13.0 100% 18%
113 Pentium III/800-CM 12.1 1.0 13.1 14.9 88% 18%
114 AMD Athlon K7/650 11.8 1.4 13.2 14.4 92% 18%
115 Pentium III/750-CM(pgi) 11.0 2.4 13.4 13.6 98% 18%
116 Pentium III/800 12.6 1.5 14.0 15.6 90% 17%
117 IBM RS/6000-SP/222 12.7 1.8 14.5 15.6 93% 16%
118 Pentium III/650-CM(pgi) 12.1 2.4 14.6 14.6 100% 16%
119 IBM RS/6000-43P 13.2 1.5 14.8 16.3 90% 16%
120 SGI O2000/R12k-300 12.8 2.3 15.1 15.1 100% 16%
121 Pentium III/750-CM 12.9 2.3 15.2 15.6 98% 15%
122 AMD Athlon K7/600 13.7 1.6 15.2 17.2 89% 15%
123 SUN Ultra80/450 14.4 1.5 15.9 16.6 96% 15%
124 HP 9000/C240 14.4 1.7 16.1 20.2 80% 15%
125 Pentium III/650-CM 14.4 2.4 16.8 17.4 97% 14%
126 SGI Octane/R12k-270 14.6 2.3 16.9 29.2 58% 14%
127 DEC Alpha PW/600AU 14.0 3.1 17.1 24.3 70% 14%
128 AMD Athlon K7/500 16.1 2.1 18.1 26.9 67% 13%
129 SUN HPC3500/400 16.4 1.8 18.2 19.5 93% 13%
130 SUN HPC4500/400 16.9 1.8 18.6 21.1 88% 13%
131 SGI O2000/R10k-250 16.6 2.6 19.2 19.7 97% 12%
132 Pentium III/550 17.6 1.8 19.4 19.7 99% 12%
133 HP 9000/V2200 17.0 2.7 19.7 21.3 92% 12%
134 SGI Origin200/225 17.5 2.5 20.0 20.3 98% 12%
135 DEC Alpha 8400/5-625 14.4 6.0 20.4 20.4 100% 12%
136 IBM RS/6000-397 (+) 18.9 1.5 20.4 24.6 83% 11%
137 IBM RS/6000-397 18.9 1.5 20.4 24.6 83% 11%
138 SUN HPC4500/336 18.8 1.9 20.8 29.9 69% 11%
139 DEC Alpha PW/433AU 18.8 3.6 22.4 25.1 89% 10%
140 DEC Alpha 1200/5-533 14.3 8.3 22.6 28.5 79% 10%
141 Pentium II/450 21.4 1.8 23.2 28.9 80% 10%
142 SGI Octane/R10k-195 20.6 2.6 23.2 24.2 96% 10%
143 SGI O2000/R10k-195 (+) 20.2 3.1 23.2 27.3 85% 10%
144 SGI O2000/R10k-195 20.0 3.2 23.2 24.5 95% 10%
145 HP 9000/C200 (+) 22.1 1.9 24.1 34.8 69% 10%
146 SUN Ultra-2/300 (+) 22.1 2.4 24.4 26.3 93% 10%
147 SUN Ultra30/300 22.7 2.4 25.1 82.6 30% 9%
148 IBM RS/6000-595 (+) 23.2 1.9 25.1 32.9 76% 9%
149 SGI Origin200/180 22.4 3.2 25.6 27.9 92% 9%
150 DEC Alpha 500/5-500 17.7 8.0 25.7 29.5 87% 9%
151 SGI Octane/R10k-175 23.0 3.0 26.0 27.8 93% 9%
152 DEC Alpha 500/5-400 21.5 4.7 26.2 37.2 70% 9%
153 SGI PChall-R10k/195 (+) 23.1 3.6 26.7 36.6 73% 9%
154 Pentium II/400 24.4 2.5 26.9 36.9 73% 9%
155 IBM SP2/120Thin 25.0 2.0 26.9 32.2 84% 9%
156 Pentium III/500 25.5 2.8 28.2 29.9 94% 8%
157 SGI O2 R12k/270 21.4 7.0 28.5 34.1 83% 8%
158 SGI PChall-R10k/175 (+) 26.0 4.8 30.8 70.7 44% 8%
159 DEC Alpha 600/5-333 (+) 23.4 7.6 31.0 34.2 91% 8%
160 HP 9000/C160 (+) 27.7 3.7 31.4 45.9 68% 7%
161 SUN Ultra-2/200 (+) 31.5 3.0 34.5 38.1 91% 7%
162 DEC Alpha 8400/5-300 (+) 25.9 9.5 35.4 37.3 95% 7%
163 Pentium II/300 33.1 2.5 35.6 37.2 96% 7%
164 DEC Alpha 600/5-266 (+) 30.6 6.4 37.0 62.2 59% 6%
165 DEC Alpha 2100/5-250 (+) 30.2 8.2 38.3 43.6 88% 6%
166 SGI O2 R10k/175 29.9 8.7 38.6 48.5 80% 6%
167 Cray YMP-C98/4256 (+) 37.9 2.0 40.0 41.2 97% 6%
168 Pentium II/266 40.7 3.7 44.4 58.7 76% 5%
169 IBM RS/6000-3CT (+) 40.1 4.4 44.5 58.3 76% 5%
170 SUN Ultra-1/170 (+) 40.5 4.9 45.4 56.3 81% 5%
171 SGI O2 R5k/300 38.6 9.4 48.0 52.3 92% 5%
172 IBM RS/6000-590H 43.9 4.8 48.7 74.5 65% 5%
173 SUN Ultra-1/140 (+) 45.3 5.7 51.0 139.8 36% 5%
174 IBM RS/6000-590 (+) 46.6 4.7 51.2 74.8 68% 5%
175 SGI PChall-R8k/75 (+) 48.1 5.5 53.7 55.2 97% 4%
176 DEC Alpha 250/4-266 (+) 46.0 9.7 55.7 85.7 65% 4%
177 SGI R8k Indigo2 (+) 50.8 7.2 58.0 60.6 96% 4%
178 Pentium Pro/200 55.0 4.5 59.5 91.4 65% 4%
179 HP 9000/735-125 (+) 51.6 8.4 59.9 93.3 64% 4%
180 Cray Y-MP (+) 56.8 6.0 62.8 188.4 33% 4%
181 DEC AXP/3000-700 (+) 53.4 11.5 64.9 105.4 62% 4%
182 SGI Indigo2 R4400/250 (+) 59.1 8.8 67.9 88.2 77% 3%
183 SGI O2 R5k/180 57.4 12.6 70.0 92.0 76% 3%
184 HP 9000/735-99 (+) 64.9 7.3 72.2 93.1 78% 3%
185 HP 9000/755-99 (+) 64.9 8.8 73.7 98.2 75% 3%
186 HP 9000/735-99 62.9 11.1 74.0 112.4 66% 3%
187 PowerPC 67.4 12.4 79.8 98.3 81% 3%
188 Hitachi SR2201 82.7 0.0 82.7 245.3 34% 3%
189 SGI Indy-R5k (+) 72.9 11.3 84.2 101.0 83% 3%
190 DEC AXP/3000-600 (+) 72.1 14.1 86.2 195.8 44% 3%
191 IBM RS/6000-370 (+) 78.7 8.4 87.1 108.8 80% 3%
192 Pentium 233 MMX 73.6 18.7 92.3 127.4 72% 3%
193 HP 9000/715-100 (+) 81.3 14.3 95.6 124.7 77% 2%
194 SUN SPARC 20/HS21 (+) 82.5 16.2 98.7 202.7 49% 2%
195 SGI Challenge L/150 (+) 93.3 10.3 103.5 110.6 94% 2%
196 SGI Indigo2 R4400/150 (+) 94.3 10.0 104.3 120.6 86% 2%
197 HP 9000/715-80 (+) 93.7 15.9 109.6 140.1 78% 2%
198 Pentium Pro/200-f2c 108.8 5.3 114.1 143.0 80% 2%
199 Convex C3840 (+) 124.3 3.5 127.9 210.9 61% 2%
200 HP 9000/750-66 (+) 111.1 17.4 128.5 140.2 92% 2%
201 IBM RS/6000-550 (+) 117.6 11.2 128.8 146.4 88% 2%
202 SUN SPARC 20 115.8 15.4 131.2 152.0 86% 2%
203 DEC AXP/3000-500 (+) 93.0 40.0 133.1 148.6 90% 2%
204 SGI Challenge L/100 (+) 140.8 17.1 158.0 178.0 89% 1%
205 DEC AXP/3000-300 (+) 129.8 39.6 169.4 184.0 92% 1%
206 SGI R4000 Indigo (+) 153.2 17.7 170.9 206.0 83% 1%
207 SUN SPARC 10/41 (+) 201.4 21.0 222.5 260.4 85% 1%
208 SUN SPARCserver 1000 (+) 175.1 50.8 225.9 445.6 51% 1%
209 SUN SPARC/5-85 (+) 240.5 25.8 266.3 299.0 89% 1%
210 SUN SPARC 10/30 (+) 251.4 31.7 283.1 306.3 92% 1%

(+) Version 5.0 of the GAMESS-UK Code
(*) Prototype, pre-release System


Table 3. GAMESS-UK-97. Total CPU Time (User and System), Elapsed Time (minutes) and Efficiency (%) for Calculations 1-10 (see text)
Rank Machine CPU Time Elapsed Efficiency Relative
User System Total Time (%) Performance (%)
1 IBM eServer p5 570/1.9 GHz 15.3 1.3 16.6 16.8 98% 115%
2 HP RX1620 Itanium2/1600-H 17.5 1.3 18.8 19.7 95% 101%
3 HP RX5670 Itanium2/1500-H 17.7 1.3 19.0 19.1 100% 100%
4 HP RX1620 Itanium2/1600-L 18.3 1.2 19.5 20.5 95% 97%
5 HP RX4640 Itanium2/1600-L 17.1 2.4 19.5 20.0 97% 97%
6 HP DL380 Pentium4/3600 (EM64T) 18.5 1.5 20.1 21.1 95% 95%
7 IBM pSeries 690Turbo/1.7 GHz 18.3 2.0 20.3 23.1 88% 93%
8 HP RX2600 Itanium2/1500-L 19.6 1.0 20.5 20.5 100% 92%
9 SGI Altix3700/Itanium2-1500 18.8 1.8 20.6 20.6 100% 92%
10 SunFire V40z 2.2GHz (pgi5.2) 18.9 1.7 20.6 21.0 98% 92%
11 AMD Opteron848/2200 (pgi5.2) 19.0 1.7 20.7 22.1 93% 92%
12 HP Superdome Itanium2/1500 18.3 2.4 20.7 20.8 100% 92%
13 HP DL145 Opteron248/2200 (pgi5.2) 19.3 1.6 20.8 21.9 95% 91%
14 Pentium4/3400 (EM64T,32-bit) 19.7 1.5 21.2 27.2 78% 90%
15 SunFire V20 2.2GHz (pgi5.2) 19.5 1.8 21.3 21.7 98% 89%
16 Intel Tiger Itanium2/1500 20.7 1.4 22.1 23.2 95% 86%
17 HP RX4640 Itanium2/1300-H 20.6 1.7 22.3 23.4 95% 85%
18 Pentium4/3200 (EM64T) 21.1 1.7 22.8 24.4 93% 83%
19 HP DL140 Pentium 4/3200 22.0 2.7 24.7 26.3 94% 77%
20 SGI Altix3700/Itanium2-1300 24.1 1.4 25.4 25.5 100% 75%
21 AMD Opteron848/2200 (pgi5.0) 24.2 1.9 26.0 26.3 99% 73%
22 AMD Opteron848/2200 (pgi5.1) 24.3 2.0 26.3 26.6 99% 72%
23 AMD Opteron846/2000 (pgi5.0) 24.7 2.0 26.8 27.3 98% 71%
24 HP 9000/RP3440-1000 25.1 2.0 27.1 32.7 83% 70%
25 IBM pSeries 690Turbo/1.3 GHz 23.7 3.4 27.1 37.7 72% 70%
26 Pentium 4/3066 (ifc) 25.5 2.2 27.7 28.5 97% 69%
27 HP BL20p G2 Pentium 4/2800 25.6 2.4 28.0 29.0 97% 68%
28 HP RX2600 Itanium2/1000-H 24.9 3.5 28.4 29.8 95% 67%
29 AMD Opteron244/1800 (pgi5.1) 26.2 2.3 28.5 38.5 74% 67%
30 Intel Tiger Itanium2/1200 (+) 27.4 1.8 29.2 29.9 98% 65%
31 IBM Regatta-HPC/1300 27.4 2.2 29.6 29.8 99% 64%
32 Pentium 4/2666 (ifc) 28.2 2.8 31.0 33.2 93% 61%
33 AMD Opteron244/1800 (pgi5.0) 28.7 2.3 31.0 40.1 77% 61%
34 Compaq Alpha ES45/1250 26.0 6.0 31.9 31.9 100% 59%
35 Intel Tiger Itanium2/1000 31.5 2.2 33.7 34.5 98% 56%
36 HP RX5670 Itanium2/1000-L 31.3 2.4 33.8 34.8 97% 56%
37 AMD Opteron842/1600 (pgi5.0) 32.7 2.5 35.2 35.5 99% 54%
38 Pentium 4/2666 (pgi) 33.4 2.5 35.9 38.0 95% 53%
39 IBM pSeries 630/1000 32.4 3.6 36.0 37.5 96% 53%
40 Pentium 4/3066 34.1 2.4 36.4 37.4 97% 52%
41 HP 9000/RP7410-875 32.9 3.8 36.7 37.3 98% 52%
42 Compaq Marvel EV7/1000 30.2 7.1 37.3 37.5 100% 51%
43 Compaq Alpha ES45/1000 32.6 5.1 37.7 38.7 97% 50%
44 HP ZX6000 Itanium2/900 36.7 2.0 38.8 40.5 96% 49%
45 AMD Opteron840/1400 (pgi5.0) 36.0 2.9 38.9 39.1 100% 49%
46 HP 9000/J6700-750 36.5 3.4 39.9 49.7 80% 48%
47 Pentium 4/2666 38.1 2.8 40.8 43.4 94% 46%
48 Pentium 4/2533 (pgi) 39.0 2.3 41.3 46.9 88% 46%
49 AMD MP2400+/2000 (pgi) 44.6 3.9 48.5 48.7 100% 39%
50 Pentium 4/2000 (ifc) 46.2 2.6 48.8 49.7 98% 39%
51 Pentium 4/2533 46.6 2.3 48.9 54.8 89% 39%
52 Compaq Alpha ES40/833 38.5 11.4 49.9 54.3 92% 38%
53 Pentium 4/2000 (pgi) 50.2 2.6 52.7 54.0 98% 36%
54 HP 9000/J6000-552 49.5 3.6 53.1 63.2 84% 36%
55 AMD MP2000+/1667 (pgi) 48.5 5.0 53.5 66.0 81% 35%
56 AMD MP1800+/1533 (pgi) 50.9 4.4 55.3 59.6 93% 34%
57 SUN Blade 2000/1056-Cu 54.5 3.7 58.3 58.4 100% 33%
58 Compaq Alpha DS20E/667 47.7 11.3 59.0 77.0 77% 32%
59 AMD MP2000+/1667 54.2 5.0 59.2 71.5 83% 32%
60 Pentium 4/1500 (pgi) 57.3 2.1 59.5 76.5 78% 32%
61 Compaq PW XP1000/667 57.3 8.4 65.7 103.8 63% 29%
62 AMD Athlon K7/1400(pgi) 59.9 6.7 66.6 82.6 81% 28%
63 API UP2000 6/833 50.0 16.9 66.9 78.6 85% 28%
64 IBM RS/6000 44P-270 62.0 5.2 67.2 72.3 93% 28%
65 SGI Onyx 300/R14k-600 60.3 7.0 67.3 68.5 98% 28%
66 Pentium 4/1500 65.9 2.1 68.0 84.8 80% 28%
67 SUN Fire V880/900-Cu 67.3 3.8 71.1 71.3 100% 27%
68 HP 9000/J5000-440 65.9 7.8 73.7 81.9 90% 26%
69 HP 9000/N4000-440 67.8 6.6 74.4 75.9 98% 25%
70 AMD Athlon K7/1200(pgi) 69.2 5.3 74.5 124.8 60% 25%
71 AMD Athlon K7/1400 67.9 6.7 74.6 93.1 80% 25%
72 HP 9000/C3000-400 68.9 6.8 75.7 83.6 91% 25%
73 SGI O3800/R14k-500 69.1 11.0 80.1 95.3 84% 24%
74 AMD Athlon K7/1200 77.2 5.1 82.3 119.3 69% 23%
75 API UP2000 6/667 71.6 12.2 83.8 107.1 78% 23%
76 Compaq Alpha DS20/500 66.7 18.3 85.0 99.8 85% 22%
77 Compaq PW XP1000/500 75.8 13.9 89.7 109.1 82% 21%
78 SGI O3800/R12k-400 80.4 13.7 94.0 121.8 77% 20%
79 AMD Athlon K7/1000 87.0 7.3 94.3 121.0 78% 20%
80 SGI Octane2/R12k-400 90.6 10.0 100.5 143.6 70% 19%
81 Pentium III/1000-CM(pgi) 94.1 7.9 102.1 102.5 100% 19%
82 AMD Athlon K7/850 94.6 10.3 104.9 136.7 77% 18%
83 Compaq Alpha DS10/466 87.8 17.8 105.6 224.9 47% 18%
84 Pentium III/1000-CM 104.4 7.9 112.3 112.6 100% 17%
85 Pentium III/733-CM(pgi) 108.6 6.2 114.8 148.3 77% 17%
86 AMD Athlon K7/650 112.3 8.9 121.1 188.3 64% 16%
87 SGI O2000/R12k-300 112.7 15.7 128.4 213.4 60% 15%
88 Pentium III/733-CM 128.1 5.7 133.8 162.4 82% 14%
89 Pentium III/750-CM(pgi) 116.7 17.8 134.5 161.8 83% 14%
90 AMD Athlon K7/600 126.3 11.6 137.9 187.0 74% 14%
91 SUN Ultra80/450 130.4 10.1 140.4 142.5 99% 14%
92 AMD Athlon K7/500 146.1 12.9 159.0 232.4 68% 12%
93 Pentium III/550 153.4 10.7 164.1 197.2 83% 12%
94 DEC Alpha 1200/5-533 128.7 45.0 173.8 231.0 75% 11%
95 DEC Alpha PW/433AU 161.2 20.0 181.2 243.8 74% 10%
96 SGI O2000/R10k-195 176.8 19.4 196.2 220.0 89% 10%
97 IBM SP2/120Thin 207.0 20.2 227.2 329.0 69% 8%
98 SGI O2 R12k/270 230.1 46.3 276.4 368.4 75% 7%

(+) Prototype, pre-release System


Table 4. The Chemistry Benchmark: Performance (%, see text) Relative to the HP RX5670 Itanium2/1500-H.
Rank Machine SPEC SPEC Matrix-97 Chem. GAMESS DLPOLY Final
fp2000 int2000 (Mat-89) Kernels CPU CPU Index(%)
1 HP RX1620 Itanium2/1600-H 128 111 133 112 105 124 119
2 HP RX1620 Itanium2/1600-L 128 121 100 109 103 112 106
3 HP RX4640 Itanium2/1600-L 129 121 102 105 101 113 105
4 IBM eServer p5 570/1.9 GHz 128 111 123 100 118 72 103
5 HP RX5670 Itanium2/1500-H 100 100 100 100 100 100 100
6 SGI Altix3700/Itanium2-1500 100 95 93 102 95 106 99
7 HP Superdome Itanium2/1500 100 100 99 92 90 100 95
8 HP RX2600 Itanium2/1500-L 101 102 89 89 94 108 95
9 Intel Tiger Itanium2/1500 97 93 85 84 93 111 93
10 AMD Opteron850/2400 (pgi5.2) 78 113 71 93 118 85 92
11 HP DL380 Pentium4/3600 (EM64T) 72 118 88 94 102 81 91
12 SunFire V40z 2.2GHz (pgi5.2) 80 111 69 86 109 80 86
13 AMD Opteron848/2200 (pgi5.2) 72 107 67 85 110 80 86
14 SunFire V20 2.2GHz (pgi5.2) 80 111 67 86 109 79 85
15 HP DL145 Opteron248/2200 (pgi5.2) 80 111 67 86 110 78 85
16 HP RX4640 Itanium2/1300-H 86 81 87 81 85 86 85
17 SunFire V20 2.2GHz (PathScale) 80 111 67 92 - 89 83
18 IBM pSeries 690Turbo/1.7 GHz 81 85 94 70 100 63 82
19 Pentium4/3400 (EM64T) 69 113 81 87 - 76 81
20 AMD Opteron848/2200 (pgi5.1) 72 107 67 83 98 76 81
21 SGI Altix3700/Itanium2-1300 85 78 71 81 79 91 81
22 Pentium4/3400 (EM64T,32-bit) 69 113 74 76 95 73 80
23 AMD Opteron848/2200 (pgi5.0) 72 107 61 77 95 75 77
24 HP DL140 Pentium 4/3200 47 96 70 76 87 72 76
25 AMD Opteron846/2000 (pgi5.1) 62 96 62 78 94 70 76
26 Intel Tiger Itanium2/1200 (+) 77 74 67 70 74 88 75
27 AMD Opteron846/2000 (pgi5.0) 62 96 59 72 88 69 72
28 AMD Opteron244/1800 (pgi5.1) 55 89 56 72 83 63 69
29 HP BL20p G2 Pentium 4/2800 47 75 51 68 78 - 66
30 Pentium 4/3066 (ifc) 52 84 52 75 78 55 65
31 HP RX2600 Itanium2/1000-H 62 62 64 68 61 64 64
32 AMD Opteron244/1800 (pgi5.0) 55 89 50 65 76 64 64
33 Intel Tiger Itanium2/1000 64 62 56 61 62 75 64
34 HP RX5670 Itanium2/1000-L 68 62 54 61 61 74 63
35 IBM pSeries 690Turbo/1.3 GHz 60 64 70 55 73 48 62
36 IBM Regatta-HPC/1300 60 64 71 55 76 41 61
37 HP 9000/RP3440-1000 47 65 59 57 72 52 60
38 Pentium 4/2666 (ifc) 49 77 48 65 70 49 58
39 AMD Opteron842/1600 (pgi5.0) 53 80 46 57 70 55 57
40 Compaq Alpha ES45/1250 65 71 49 56 58 61 56
41 HP ZX6000 Itanium2/900 54 51 41 52 55 66 54
42 Pentium 4/3066 52 84 43 47 60 - 50
43 AMD Opteron840/1400 (pgi5.0) 48 71 40 49 61 49 50
44 Compaq Marvel EV7/1000 61 58 42 50 53 54 50
45 Pentium 4/2666 (pgi) 49 77 41 55 61 36 48
46 HP 9000/RP7410-875 32 52 49 38 57 46 48
47 Compaq Alpha ES45/1000 46 52 40 44 51 49 46
48 IBM pSeries 630/1000 42 49 53 39 57 32 45
49 Pentium 4/2666 49 77 38 39 53 - 43
50 Pentium 4/2533 (pgi) 47 73 37 41 55 34 42
51 HP 9000/J6700-750 28 43 45 34 46 39 41
52 AMD MP2400+/2000 (pgi) 31 58 22 51 53 36 41
53 Pentium 4/2533 47 73 35 38 45 - 39
54 Pentium 4/2000 (ifc) 34 50 27 49 49 31 39
55 Compaq Alpha ES40/833 37 43 35 36 37 41 37
56 AMD MP2000+/1667 (pgi) 28 50 20 43 47 33 36
57 AMD MP1800+/1533 (pgi) 26 46 21 40 43 30 34
58 AMD MP2400+/2000 31 58 22 43 - - 33
59 SUN Blade 2000/1056-Cu 39 44 27 33 40 30 33
60 SGI Onyx 300/R14k-600 23 37 29 30 29 38 32
61 Pentium 4/2000 (pgi) 34 50 23 34 43 25 31
62 Compaq Alpha DS20E/667 28 35 28 30 32 33 31
63 AMD MP2000+/1667 28 50 20 34 38 - 31
64 HP 9000/J6000-552 21 34 31 26 35 28 30
65 Compaq Alpha ES40/667 27 33 25 28 35 32 30
66 API UP2000 6/833 31 41 26 35 25 33 30
67 Pentium 4/2000 34 50 22 32 35 - 30
68 AMD Athlon K7/1400(pgi) 22 42 16 36 36 27 29
69 AMD MP1800+/1533 26 46 20 30 35 - 28
70 Compaq PW XP1000/667 21 31 23 27 31 31 28
71 SUN Fire V880/900-Cu 33 39 24 29 33 26 28
72 SGI O300/R14k-500 18 29 24 31 25 31 28
73 SGI O3800/R14k-500 22 33 23 31 24 32 28
74 Pentium 4/1500 (pgi) 29 41 23 28 36 20 27
75 HP Itanium/733-2M L3 30 42 31 27 25 23 27
76 SUN Fire 6800/900-Cu 33 39 22 29 30 25 27
77 IBM Itanium/800-4M L3 33 50 29 26 26 23 26
78 AMD Athlon K7/1200(pgi) 20 38 15 31 33 24 26
79 Pentium 4/1500 29 41 21 25 29 - 25
80 API UP2000 6/667 17 26 20 28 24 28 25
81 IBM RS/6000-SP/375 18 20 28 24 29 16 24
82 AMD Athlon K7/1400 22 42 15 27 30 - 24
83 IBM RS/6000 44P-270 18 21 26 24 28 16 24
84 Compaq Alpha DS20/500 20 24 20 23 23 24 23
85 SGI O3800/R12k-400 19 27 19 26 19 26 23
86 HP 9000/J5000-440 17 26 24 21 26 18 22
87 SGI Octane2/R12k-400 16 26 19 24 20 26 22
88 SGI O2000/R12k-400 16 26 20 23 19 27 22
89 AMD Athlon K7/1200 20 38 14 23 28 - 22
90 SUN Blade 1000/M1750 20 30 21 21 23 21 22
91 Compaq Alpha ES40/500 20 24 16 22 24 24 22
92 HP 9000/N4000-440 14 0 23 19 - 22 21
93 Pentium 4/1400 (pgi) 28 39 21 24 23 17 21
94 Compaq Alpha GS140 15 24 17 22 19 25 21
95 Compaq PW XP1000/500 18 23 16 21 22 23 21
96 AMD Athlon K7/1000(pgi) 15 29 11 25 26 19 20
97 HP 9000/C3000-400 17 0 19 19 25 17 20
98 Pentium 4/1400 28 39 19 22 19 - 20
99 DEC Alpha 8400/6-575 16 21 18 18 22 - 19
100 Pentium III/1000-CM(pgi) 15 33 11 19 25 19 19
101 Compaq Alpha DS10/466 16 21 13 19 19 21 18
102 AMD Athlon K7/1000 15 29 11 20 23 - 18
103 SGI O2000/R12k-300 13 20 15 18 16 19 17
104 HP 9000/785-367 9 21 14 16 20 - 17
105 AMD Athlon K7/850 13 25 10 17 22 - 16
106 AMD Athlon K7/850 (pgi) 13 25 11 21 - 16 16
107 Pentium III/866-CM(pgi) 14 31 10 16 22 16 16
108 SGI Octane/R12k-270 9 17 13 17 14 17 15
109 Pentium III/733-CM(pgi) 12 26 10 14 21 - 15
110 Pentium III/1000-CM 15 33 10 14 21 - 15
111 Pentium III/800-CM(pgi) 13 28 9 15 21 15 15
112 Pentium III/866-CM 14 31 9 14 19 - 14
113 Pentium III/750-CM(pgi) 11 25 9 14 18 14 14
114 IBM RS/6000-43P 11 13 15 14 16 10 14
115 IBM RS/6000-SP/222 10 14 15 15 16 9 14
116 DEC Alpha PW/600AU 8 14 10 14 14 17 14
117 SGI O2000/R10k-250 9 17 12 14 12 16 14
118 Pentium III/733-CM 12 26 9 13 18 - 13
119 DEC Alpha 8400/5-625 8 15 10 13 12 18 13
120 SGI Onyx2 IR2/R10k-250 9 17 12 14 - - 13
121 AMD Athlon K7/650 (pgi) 11 20 9 17 - 13 13
122 Pentium III/800-CM 13 28 8 13 18 - 13
123 Pentium III/800 13 28 8 13 17 - 13
124 AMD Athlon K7/650 11 20 8 12 18 - 13
125 SUN Ultra80/450 13 16 13 14 15 8 13
126 AMD Athlon K7/600 10 18 9 13 15 - 12
127 Pentium III/650-CM(pgi) 10 23 8 13 16 12 12
128 HP 9000/C240 8 14 12 11 15 10 12
129 Pentium III/800 (pgi) 13 28 8 14 - 14 12
130 Pentium III/750-CM 11 25 8 13 15 - 12
131 SGI Octane/R10k-250 8 15 9 13 - 14 12
132 DEC Alpha 1200/5-533 8 14 9 13 10 15 12
133 AMD Athlon K7/600 (pgi) 10 18 8 15 - 12 12
134 HP 9000/V2250-240 8 13 13 10 - 11 11
135 HP 9000/V2200 7 11 13 9 12 10 11
136 SUN HPC4500/400 12 16 11 12 13 7 11
137 AMD Athlon K7/500 9 15 8 11 13 - 11
138 Pentium III/650-CM 10 15 7 11 14 - 11
139 AMD Athlon K7/500 (pgi) 9 15 8 13 - 10 10
140 IBM RS/6000-397 9 9 8 12 11 - 10
141 SGI O2 R12k/270 4 13 7 14 8 12 10
142 IBM SP2/160Thin 9 9 8 12 - - 10
143 SGI O2000/R10k-195 7 10 9 9 10 12 10
144 DEC Alpha PW/433AU 6 12 7 10 10 12 10
145 HP 9000/C200 7 11 9 10 10 - 10
146 Pentium III/550 7 16 7 9 12 - 9
147 SUN HPC4500/336 11 14 10 10 11 6 9
148 DEC Alpha 500/5-500 7 12 7 11 9 - 9
149 Pentium III/550 (pgi) 7 16 7 10 - 10 9
150 IBM RS/6000-595 6 6 ( 9) 9 9 - 9
151 SGI Octane/R10k-195 6 10 8 9 10 - 9
152 SGI PChall-R10k/195 5 10 7 8 9 11 9
153 SUN Ultra-2/300 6 11 8 8 10 - 9
154 Cray T3E/1200 8 15 7 11 - 8 9
155 SGI Octane/R10k-175 6 9 7 8 9 9 8
156 DEC Alpha 500/5-400 5 10 6 9 9 - 8
157 SUN Ultra30/300 7 11 7 8 9 - 8
158 ProLiant PII/450 6 12 7 8 - - 8
159 DEC Alpha 600/5-333 5 8 6 8 8 - 7
160 Pentium II/450 6 13 5 7 10 - 7
161 Cray T3E/900 6 11 6 9 - 7 7
162 DEC Alpha 8400/5-300 4 6 6 7 7 9 7
163 IBM SP2/120Thin 6 6 6 9 9 5 7
164 HP 9000/C160 5 8 7 7 7 - 7
165 Pentium III/500 7 15 6 7 8 - 7
166 Pentium II/400 6 12 5 6 9 - 7
167 Pentium II/400 (abs) 6 12 5 8 - - 7
168 SUN Ultra-2/200 4 7 ( 6) 6 7 - 6
169 Pentium II/400 (pgi) 6 12 5 7 - 7 6
170 SGI O2 R10k/175 3 10 5 7 6 - 6
171 DEC Alpha 2100/5-250 3 5 ( 5) 6 6 - 6
172 DEC Alpha 600/5-266 4 7 ( 5) 6 6 - 6
173 SGI O2 R5k/300 3 9 3 7 5 7 6
174 SUN Ultra-1/170 3 5 ( 5) 5 5 - 5
175 Pentium II/300 (abs) 4 9 4 6 - 5 5
176 Pentium II/300 4 9 3 4 7 - 5
177 SUN Ultra-1/140 3 4 ( 4) 4 5 - 4
178 IBM RS/6000-590 4 3 ( 4) 4 5 - 4
179 IBM RS/6000-3CT 4 4 ( 4) 4 5 - 4
180 Pentium II/266 (pgi) 3 8 3 5 - 5 4
181 IBM SP2/66Thin 3 3 ( 4) 4 - - 4
182 IBM RS/6000-3BT 3 3 ( 4) 4 - - 4
183 Pentium II/266 (abs) 3 8 3 5 - 4 4
184 DEC Alpha 250/4-266 2 4 ( 4) 4 4 - 4
185 Pentium II/266 3 8 3 4 5 - 4
186 HP 9000/735-125 1 3 ( 4) 3 4 - 4
187 HP 9000/J200-100 2 3 ( 4) 3 - - 4
188 Pentium Pro/200 3 6 2 4 4 - 3
189 DEC AXP/3000-700 2 3 ( 3) 3 4 - 3
190 SGI Indy-R5k 2 5 ( 3) 4 3 - 3
191 SGI O2 R5k/180 2 5 2 4 3 4 3
192 HP 9000/735-99 1 3 ( 3) 3 3 - 3
193 IBM PowerPC-43P 1 4 ( 2) 3 - - 3
194 Pentium 233 MMX 2 0 1 3 3 - 2
195 DEC AXP/3000-600 2 2 ( 2) 2 3 - 2
196 HP 9000/715-100 1 2 ( 2) 2 2 - 2
197 DEC AXP/3000-500 1 2 ( 2) 1 2 - 2
198 IBM PowerPC-250 1 2 ( 1) 1 - - 1
199 SUN SPARC 10/41 1 1 ( 1) 1 1 - 1
200 Dell Optiplex/266 3 8 2 0 - - 1

(+) Prototype, pre-release System
(*) Estimated SPECfp2000 and SPECint200 values (see text)


Table 5. APPENDIX: Machine Configurations under Evaluation.
Machine Configuration Location Test Date
SUN SPARCstation 10/30 SuperSPARC/36 MHz DL (loan) Oct-1992
SUN SPARCstation 2/GS SPARC/40 MHz DL (loan)
SUN 4/370 DL
Solbourne S4000 DL (loan)
SUN SPARCstation 10/41 SuperSPARC/40 MHz PNNL May-1993
SUN SPARCserver 1000 SuperSPARC/50 MHz DL (loan) Sep-1993
SUN SPARCstation 5/85 MicroSPARC II/85 MHz DL (loan) Sep-1994
SUN SPARCstation 20/HS21 HyperSPARC/125 MHz DL (loan) Oct-1995
SUN Ultra-1 Model 170 UltraSPARC-1/167 MHz DL Jun-1996
SUN Ultra-2 Model 2200 UltraSPARC-2/200 MHz DL (loan) Aug-1996
SUN Ultra-1 Model 140 UltraSPARC-1/143 MHz DL (loan) Sep-1996
SUN Ultra-2 Model 2300 UltraSPARC-2/300 MHz DL (8MEW) Nov-1997
SUN Ultra30/300 UltraSPARC-2/296 MHz Adelaide Sep-1998
SUN HPC4500/336 UltraSPARC-2/336 MHz SUN (9MEW) Nov-1998
SUN HPC4500/400 UltraSPARC-2/400 MHz SUN Nov-1999
SUN Ultra80/450 UltraSPARC-2/450 MHz SUN Nov-1999
SUN Blade 1000/M1750 UltraSPARC-3/750 MHz SUN Nov-2000
SUN Fire 6800/900-Cu UltraSPARC-3/900 Cu SUN Nov-2001
SUN Blade 2000/1056-Cu UltraSPARC-3/1056 Cu SUN Nov-2002
SUN Fire V880/900-Cu UltraSPARC-3/900 Cu SUN Nov-2002
SunFire V20 2.2GHz (pgi5.2) AMD Opteron 248 (2.2 GHz) DL (15MEW) Dec-2004
SunFire V20 2.2GHz (PathScale) AMD Opteron 248 (2.2 GHz) DL (15MEW) Dec-2004
SunFire V40z 2.2GHz (pgi5.2) AMD Opteron 848 (2.2 GHz) DL (15MEW) Dec-2004
HP 9000/755-99 PA7100/99 MHz DL Sep-1993
HP 9000/750-66 PA7000/66 MHz DL
HP 9000/720-50 PA7000/50 MHz DL
HP/Apollo DN10020 PRISM DL
HP 9000/735-99 PA7100/99 MHz DL Oct-1992
HP 9000/735-125 PA7150/125 MHz PNNL May-1994
HP 9000/715-80 PA7100LC/80 MHz DL (loan) Sep-1994
HP 9000/715-100 PA7100LC/100 MHz DL (loan) Sep-1994
HP 9000/J200-100 PA7200/100 MHz DL (loan)
HP 9000/C160 PA8000/160 MHz Berlin Feb-1997
HP 9000/C200 PA8200/200 MHz DL (8MEW) Nov-1997
HP 9000/V2200 PA8200/200 MHz Oxford Nov-1998
HP 9000/C240 PA8200/236 MHz DL (9MEW) Dec-1998
HP 9000/785-367 PA8500/367 MHz Berlin Jun-1999
HP 9000/C3000-400 PA8500/400 MHz DL (10MEW) Sep-1999
HP 9000/J5000-440 PA8500/440 MHz DL (10MEW) Nov-1999
HP 9000/V2250-240 PA8200/240 MHz HP Nov-1999
HP 9000/N4000-440 PA8500/440 MHz HP Dec-2002
HP 9000/J6000-552 PA8600/552 MHz DL (11MEW) Dec-2000
HP Itanium/733-2M L3 HP RX4610 Itanium 733/2M L3 HP Nov-2001
HP 9000/J6700-750 PA8700/750 MHz DL (12MEW) Nov-2001
HP RX2600 Itanium2/1000-H Itanium2 1000/3MB L3,f90 HP Dec-2002
HP 9000/RP7410-875 PA8700+/850 MHz HP Nov-2002
HP RX5670 Itanium2/1000-L Itanium2 1000/3MBL3,efc HP Dec-2002
HP ZX6000 Itanium2/900 Itanium2 900/1.5MBL3,efc HP Nov-2002
HP RX5670 Itanium2/1500 Itanium2 1500/6MBL3 f90 HP Nov-2003
HP RX2600 Itanium2/1500-L Itanium2 1500/6MBL3 efc DL (14MEW) Dec-2003
HP RX4640 Itanium2/1300-H Itanium2 1300/3MBL3 f90 HP (14MEW) Dec-2003
HP Superdome Itanium2/1500 Itanium2 1500/6MBL3 f90 HP (14MEW) Dec-2003
HP 9000/RP3440-1000 PA8800/1000 MHz HP Nov-2004
HP RX1620 Itanium2/1600-H Itanium2 1600/3MBL3 f90 HP (15MEW) Nov-2004
HP DL380 Pentium4/3600 (EM64T) Xeon 3.6GHz,1MBL2,800MHz bus HP (15MEW) Dec-2004
HP DL145 Opteron248/2200 (pgi5.2) Opteron 248 (2.2 GHz) HP (15MEW) Dec-2004
HP RX4640 Itanium2/1600-L Itanium2 1600/9MBL3 ifort DL (15MEW) Dec-2004
HP RX1620 Itanium2/1600-L Itanium2 1600/3MBL3 ifort DL (15MEW) Dec-2004
HP DL140 Pentium 4/3200 Xeon 3.2GHz 1MB L3 ifort 8.1 DL (15MEW) Dec-2004
HP BL20p G2 Pentium 4/2800 Xeon 2.8GHz 512KB L2 ifort 8.1 DL (15MEW) Dec-2004
DEC S5000/200 R3000A/R3010A 25 MHz DL (loan)
DEC S5000/120 R3000A/R3010A 20 MHz DL (loan)
DEC AXP/3000-500 AXP A21064/150 MHz DL (loan) Sep-1993
DEC AXP/3000-600 AXP A21064/175 MHz PNNL Mar-1994
DEC AXP/3000-300 AXP A21064/150 MHz PNNL Sep-94
DEC AXP/3000-700 AXP A21064A/225 MHz DL (loan) Sep-1994
DEC Alpha 250/4-266 AXP A21064A/266 MHz DL (loan) Oct-1995
DEC Alpha 8400/5-300 AXP A21164/300 MHz RAL Oct-1998
DEC Alpha 600/5-266 AXP A21164/266 MHz DL (loan) Oct-1995
DEC Alpha 600/5-333 AXP A21164/333 MHz DL (loan) Aug-1996
DEC Alpha 2100/5-250 AXP A21164/250 MHz DL (loan) Sep-1996
DEC Alpha 500/5-400 AXP A21164/400 MHz DL Nov-1997
DEC Alpha 500/5-500 AXP A21164/500 MHz DL (8MEW) Nov-1997
DEC Alpha PW/433AU AXP A21164/433 MHz DL Aug-1998
DEC Alpha 8400/5-625 AXP A21164/625 MHz RAL Jul-1998
DEC Alpha 8400/6-575 AXP A21264/575 MHz CCC (Galway) Jul-1998
Compaq XP1000 6/450 AXP A21264/450 MHz DL (loan) Nov-1998
DEC Alpha PW/600AU AXP A21164/600 MHz DL (9MEW) Nov-1998
Compaq Alpha DS20/500 AXP A21264/500 MHz CCC (Galway) Jan-1999
Compaq Alpha ES40/500 AXP A21264/500 MHz CCC (Galway) Apr-1999
Compaq Alpha GS140 AXP A21264/525 MHz CCC (Galway) Apr-1999
AlphaPC 264DP-500 AXP A21264/500 MHz DL (loan) Sep-1999
Compaq PW XP1000/500 AXP A21264/500 MHz DL Sep-1999
Compaq Alpha DS10/466 AXP A21264/466 MHz DL Sep-1999
DEC Alpha 1200/5-533 AXP A21164/533 MHz Compaq TestD Sep-1999
Compaq Alpha ES40/667 AXP A21264A/667 MHz CCC (Galway) Sep-1999
Compaq PW XP1000/667 AXP A21264A/667 MHz DL (10MEW) Nov-1999
API UP2000 6/667 Alpha UP2000 6/667 DL May-2000
Compaq Alpha DS20E/667 AXP A21264A/667 MHz DL Oct-2000
Compaq Alpha ES40/833 AXP A21264A/833 MHz CCC (Galway) Oct-2000
API UP2000 6/833 Alpha UP2000 6/833-4L2 DL (11MEW) Nov-2000
Compaq Alpha ES45/1000 AXP A21264C/1000 MHz DL (12MEW) Oct-2001
Compaq Alpha ES45/1250 AXP A21264C/1250 MHz HP/Compaq Nov-2002
Compaq Marvel EV7/1000 Alpha EV7 Marvel / 1000 HP/Compaq Nov-2002
SGI R4000 Indigo R4000/R4010 100 MHz DL (loan) Oct-1992
SGI 4D/420 DL (loan)
SGI 4D/320 R3000A/R3010A 33 MHz DL (loan)
SGI R3000 Indigo R3000A/R3010A 33 MHz DL (loan)
SGI 4D/220 GTX DL
SGI Challenge L/100 R4400/R4010 100 MHz Utrecht
SGI PChall-R8k/75 R8000/R8010 75 MHz DL (loan) Oct-1995
SGI Indigo2 R4400/150 R4400/R4010 150 MHz DL (loan) Sep-1994
SGI Challenge L/150 R4400/R4010 150 MHz Southampton Jun-1994
SGI R8k Indigo2 R8000/R8010 75 MHz DL (loan) Sep-1994
SGI PChall-R10k/195 R10000/R10010 195 MHz DL (loan) Jul-1996
SGI Indy-R5k R5000/R5000 180 MHz DL (loan) Sep-1996
SGI Indigo2-R10k/175 R10000/R10010 175 MHz Liverpool Mar-1997
SGI Indigo2 R4400/250 R4400/R4010 250 MHz DL Mar-1997
SGI O2000/R10k-195 R10000/R10010 195 MHz Manchester Aug-1997
SGI Octane/R10k-195 R10000/R10010 195 MHz DL (8MEW) Nov-1997
SGI Origin200/180 R10000/R10010 180 MHz DL Apr-1997
SGI O2 R5k/180 R5000/R5010 180 MHz DL (loan) Nov-1997
SGI O2 R10k/175 R10000/R10010 175 MHz UNCC Dec-1997
SGI Octane/R10k-175 R10000/R10010 175 MHz Oxford Dec-1997
SGI O2000/R10k-250 R10000/R10010 250 MHz Manchester Nov-1998
SGI Octane/R10k-250 R10000/R10010 250 MHz DL (9MEW) Nov-1998
SGI Onyx2 IR2/R10k-250 R10000/R10010 250 MHz DL (9MEW) Nov-1998
SGI O2000/R12k-300 R12000/R12010 300 MHz Utrecht May-1999
SGI O2 R12k/270 R12000/R12010 270 MHz DL Oct-1999
SGI Octane/R12k-270 R12000/R12010 270 MHz DL (10MEW) Nov-1999
SGI Origin200/225 R10000/R10010 225 MHz DL Dec-1999
SGI O2 R5k/300 R5000/R5000 300 MHz Aberdeen Apr-2000
SGI Octane2/R12k-400 R12000/R12010 400 MHz DL (11MEW) Nov-2000
SGI Troon IA64/666 Itanium IA64 (666MHz) CSAR May-2001
SGI O2000/R12k-400 R12000/R12010 400 MHz CSAR Feb-2001
SGI O3800/R12k-400 R12000/R12010 400 MHz SARA Apr-2001
SGI O3800/R14k-500 R14000/R14010 500 MHz SARA Aug-2001
SGI O300/R14k-500 R14000/R14010 500 MHz DL (12MEW) Nov-2001
SGI Onyx 300/R14k-600 R14000/R14010 600 MHz DL (13MEW) Dec-2002
SGI Altix3700/Itanium2-1300 Itanium2 1300/3MBL3 CSAR Nov-2003
SGI Altix3700/Itanium2-1500 Itanium2 1500/6MBL3 Intel Oct-2004
Stardent VISTRA-800 DL (loan)
Stardent 1520 DL
IBM Power1 RS/6000-550 RS6000/41.6 MHz Perugia Oct-1992
IBM Power1 RS/6000-340 RS6000/33 MHz DL (loan)
IBM Power1 RS/6000-320 DL (loan)
IBM Power1 RS/6000-350 RS6000/41.6 MHz DL (loan)
IBM Power1 RS/6000-360 RS6000/50 MHz DL (loan)
IBM Power1 RS/6000-530H RS6000/33 MHz DL
IBM Power2 RS/6000-590 RS6000/66 MHz IBM May-1994
IBM Power1 RS/6000-370 RS6000/62.5 MHz DL Jun-1994
IBM PowerPC-250 DL
IBM Power2 RS/6000-3CT RS6000/72 MHz DL (loan) Oct-1995
IBM PowerPC-25T MPC601 66 MHz DL
IBM Power2 RS/6000-3BT RS6000/67 MHz DL (loan)
IBM PowerPC-43P MPC604 100 MHz DL
IBM Power2 RS/6000-595 RS6000/P2SC-135 MHz IBM
IBM Power2 RS/6000-397 RS6000/P2SC-160 MHz DL (8MEW) Nov-1997
IBM RS/6000-630* RS6000/Power3-160 MHz IBM (Austin) Dec-1997
IBM Power3 RS/6000-43P RS6000/Power3-200 MHz DL (9MEW) Nov-1998
IBM RS/6000-SP/375 RS6000/Power3 WH2/375MHz DL Feb-2000
IBM RS/6000-SP/222 RS6000/Power3 N/222MHz Perugia May-2000
IBM RS/6000 44P-270 RS6000/Power3 375/8L2 DL (11MEW) Nov-2000
IBM pSeries 690Turbo/1.3* RS6000/Power4 1300/32L3 IBM (Austin) Nov-2001
IBM Itanium/800-4M L3 IBM Itanium 800/4M L3 NCSA Feb-2002
IBM Regatta-HPC/1300 RS6000/Power4 1300/32L3 IBM (France) May-2002
IBM pSeries 630/1000 RS6000/Power4 1000/32L3 DL (13MEW) Nov-2002
IBM pSeries 690Turbo/1.3 GHz RS6000/Power4 1300/32L3 DL HPCx Nov-2002
IBM pSeries 690Turbo/1.7 GHz RS6000/Power4 1700/32L3 DL (HPCx) Jul-2003
IBM eServer p5 570/1.9 GHz RS6000/Power5 1900/36L3 Montpelier Dec-2004
Commodity CPUs
Netpower PC Pentium Pro/200MHz DL (loan) Jul-1997
Pentium II/266 Intel AL440LX (266MHz) DL May-1998
Pentium II/266 (pgi) Intel AL440LX (266MHz) DL May-1998
Pentium 233 MMX Intel LT430TX (233MHz) Sussex Jun-1998
Dell Optiplex/266 Intel AL440LX (266MHz) Edinburgh
Pentium II/300 Intel AL440LX (300MHz) Perugia Sep-1998
Pentium II/300 (abs) Intel AL440LX (300MHz) Perugia Sep-1998
Pentium II/266 (abs) Intel AL440LX (266MHz) DL May-1998
Pentium II/400 Intel SE440BX (400MHz) RAL Nov-1998
Pentium II/400 (abs) Intel SE440BX (400MHz) RAL Nov-1998
Pentium II/400 (pgi) Intel SE440BX (400MHz) RAL Nov-1998
Pentium II/450 Intel SE440BX (450MHz) Porto Mar-2000
Pentium III/500 Intel SE440BX (500MHz) Birkbeck Jul-1999
Pentium III/550 Intel SE440BX (550MHz) Berlin Sep-1999
Pentium III/550 (pgi) Intel SE440BX (550MHz) Berlin Aug-1999
ProLiant PII/450 Intel SE440BX (450MHz) Compaq TestD Sep-1999
Pentium III/800 Intel VC820 (800MHz) DL Apr-2000
Pentium III/800 (pgi) Intel VC820 (800MHz) DL Apr-2000
Pentium III/800-CM Intel VC820 (800MHz) DL (11MEW) Nov-2000
Pentium III/800-CM(pgi) Intel VC820 (800MHz) DL (11MEW) Nov-2000
Pentium III/733-CM Intel VC820 (733MHz) Limerick Nov-2000
Pentium III/733-CM(pgi) Intel VC820 (733MHz) Limerick Nov-2000
Pentium III/750-CM Intel VC820 (750MHz) DL (11MEW) Nov-2000
Pentium III/750-CM(pgi) Intel VC820 (750MHz) DL (11MEW) Nov-2000
Pentium III/866-CM Intel VC820 (866MHz) DL (loan) Nov-2000
Pentium III/866-CM(pgi) Intel VC820 (866MHz) DL (11MEW) Nov-2000
Pentium III/650-CM Intel VC820 (650MHz) DL (11MEW) Nov-2000
Pentium III/650-CM(pgi) Intel VC820 (650MHz) DL (11MEW) Nov-2000
Pentium 4/1400 Intel D850GB (1.4GHz) Lancaster Jun-2001
Pentium 4/1400 (pgi) Intel D850GB (1.4GHz) Lancaster Jun-2001
Pentium III/1000-CM Intel VC820 (1.0GHz) Berlin May-2001
Pentium III/1000-CM(pgi) Intel VC820 (1.0GHz) Berlin May-2001
Pentium 4/1500 Intel D850GB (1.5GHz) DL Aug-2001
Pentium 4/1500 (pgi) Intel D850GB (1.5GHz) DL Aug-2001
Pentium 4/2000 Intel D850GB (2.0GHz) DL (12MEW) Nov-2001
Pentium 4/2000 (pgi) Intel D850GB (2.0GHz) DL (12MEW) Nov-2001
Pentium 4/2000 (ifc) Intel D850GB (2.0GHz) DL (12MEW) Dec-2001
Intel Tiger Itanium2/1000 Tiger Itanium 2/1000 DL May-2003
Pentium 4/2533 Intel D850GB (2.533GHz) Milan Jan-2003
Pentium 4/2533 (pgi) Intel D850GB (2.533GHz) Milan Jan-2003
Intel Tiger Itanium2/1200 (+) Tiger Itanium2/1200 OCF May-2003
Pentium 4/2666 Intel D850EMVR (2.666GHz) Hull Univ. May-2003
Pentium 4/2666 (pgi) Intel D850EMVR (2.666GHz) Hull Univ. May-2003
Pentium 4/2666 (ifc) Intel D850EMVR (2.666GHz) Hull Univ. May-2003
Intel Tiger Itanium2/1500 Itanium2 1500/6MBL3 efc DL (loan) Jul-2003
Pentium 4/3066 (ifc) Intel D850EMVR (3.066GHz) OCF Dec-2003
Pentium 4/3066 Intel D850EMVR (3.066GHz) OCF Dec-2003
Pentium4/3400 (EM64T) ClusterVisio Nov-2004
Pentium4/3400 (EM64T,32-bit) ClusterVisio Nov-2004
Pentium4/3200 (EM64T) Streamline Dec-2004
AMD Athlon K7/500 Microstar MS-6167 DL (loan) Sep-1999
AMD Athlon K7/500 (pgi) Microstar MS-6167 DL (loan) Sep-1999
AMD Athlon K7/600 Microstar MS-6167 RAL Oct-1999
AMD Athlon K7/600 (pgi) Microstar MS-6167 RAL Oct-1999
AMD Athlon K7/650 Microstar MS-6167 RAL Jun-2000
AMD Athlon K7/650 (pgi) Microstar MS-6167 RAL Jun-2000
AMD Athlon K7/850 Asus K7V-RM(Via KX-133) RAL Jun-2000
AMD Athlon K7/850 (pgi) Asus K7V-RM(Via KX-133) RAL Jun-2000
AMD Athlon K7/1000 AMD Microstar K7T Pro1G Strathclyde Oct-2000
AMD Athlon K7/1000(pgi) AMD Microstar K7T Pro1G Strathclyde Oct-2000
AMD Athlon K7/1200 AMD Gigabyte GA-7DX SARA Aug-2001
AMD Athlon K7/1200(pgi) AMD Gigabyte GA-7DX SARA Aug-2001
AMD Athlon K7/1400 AMD Gigabyte GA-7DX DL Aug-2001
AMD Athlon K7/1400(pgi) AMD Gigabyte GA-7DX DL Aug-2001
AMD MP1800+/1533 Tyan Thunder MP1800+ Berlin Mar-2002
AMD MP1800+/1533 (pgi) Tyan Thunder MP1800+ Berlin Mar-2002
AMD MP2000+/1667 Asus A7M266-D MP2000+ DL (13MEW) Nov-2002
AMD MP2000+/1667 (pgi) Asus A7M266-D MP2000+ DL (13MEW) Nov-2002
AMD MP2400+/2000 Asus A7M266-D MP2400+ DL (13MEW) Dec-2002
AMD MP2400+/2000 (pgi) Asus A7M266-D MP2400+ DL (13MEW) Dec-2002
AMD Opteron244/1800 (pgi5.0) Opteron 244 (1.8 GHz) DL (loan) Aug-2003
AMD Opteron840/1400 (pgi5.0) Opteron 840 (1.4 GHz) Bristol U. Oct-2003
AMD Opteron842/1600 (pgi5.0) Opteron 842 (1.6 GHz) Bristol U. Oct-2003
AMD Opteron848/2200 (pgi5.0) Opteron 848 (2.2 GHz) Bristol U. Dec-2003
AMD Opteron848/2200 (pgi5.1) Opteron 848 (2.2 GHz) QSW (14MEW) Dec-2003
AMD Opteron846/2000 (pgi5.0) Opteron 846 (2.0 GHz) OCF (14MEW) Dec-2003
AMD Opteron846/2000 (pgi5.1) Opteron 846 (2.0 GHz) OCF (14MEW) Dec-2003
AMD Opteron244/1800 (pgi5.1) Opteron 244 (1.8 GHz) DL (loan) Dec-2003
AMD Opteron848/2200 (pgi5.2) Opteron 848 (2.2 GHz) Workst.UK Nov-2004
AMD Opteron850/2400 (pgi5.2) Opteron 850 (2.4 GHz) Compusys Nov-2004
Vector Supercomputers
CRAY YMP C98/4256 SARA Sep-1993
CRAY YMP J90/10 EPCC
NEC SX-4 NLR Nov-1997
FUJITSU VPP-300/3 RAL
NEC SX-5 NLR Oct-2000
NEC SX-6i DL (loan) Jan-2004
MPP nodes
KSR-2 KSR-2 node (80 MHz) PNNL
Cray T3D/AXP-150 AXP node (150 MHz) Edinburgh
IBM SP2/66Thin TN2 node (67 MHz) DL
Cray T3E/900 AXP node (450 MHz) Berlin Oct-1997
Hitachi SR2201 300 Mflop node Cambridge Jun-1997
IBM SP2/120Thin P2SC node (120 MHz) DL Aug-1997
IBM SP2/160Thin P2SC node (160 MHz) IBM (POK)
Cray T3E/1200 AXP EV5 node (600MHz) Minnesota

(8MEW) Machine on loan for the 8th Daresbury Machine Evaluation Workshop

(9MEW) Machine on loan for the 9th Daresbury Machine Evaluation Workshop

(10MEW) Machine on loan for the 10th Daresbury Machine Evaluation Workshop

(11MEW) Machine on loan for the 11th Daresbury Machine Evaluation Workshop

(12MEW) Machine on loan for the 12th Daresbury Machine Evaluation Workshop

(13MEW) Machine on loan for the 13th Daresbury Machine Evaluation Workshop

(14MEW) Machine on loan for the 14th Daresbury Machine Evaluation Workshop

(15MEW) Machine on loan for the 15th Daresbury Machine Evaluation Workshop

M.F.Guest
Mon Feb 7 04:27:13 GMT 2005