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Path: utzoo!mnetor!seismo!uunet!pcrat!rick
From: rick@pcrat.UUCP (Rick Richardson)
Newsgroups: comp.arch
Subject: 05/18/87 Dhrystone Benchmark (1 of 2)
Message-ID: <310@pcrat.UUCP>
Date: Mon, 18-May-87 03:47:12 EDT
Article-I.D.: pcrat.310
Posted: Mon May 18 03:47:12 1987
Date-Received: Tue, 19-May-87 00:41:05 EDT
Organization: PC Research, Inc., Tinton Falls, NJ
Lines: 726
Keywords: Performance, Statistics


#! /bin/sh
# This is a shell archive, meaning:
# 1. Remove everything above the #! /bin/sh line.
# 2. Save the resulting text in a file.
# 3. Execute the file with /bin/sh (not csh) to create:
#	intro1.doc
#	report.doc
#	submit.doc
#	submit.frm
#	clarify.doc
# This archive created: Mon May 18 03:42:21 1987
export PATH; PATH=/bin:/usr/bin:$PATH
if test -f 'intro1.doc'
then
	echo shar: "will not over-write existing file 'intro1.doc'"
else
cat << \SHAR_EOF > 'intro1.doc'
These files comprise the 05/18/87 distribution of the collected
Dhrystone Benchmarks.  This is the first of two "shar" files.

Enjoy.

Rick Richardson
PC Research, Inc.

seismo!uunet!pcrat!rick			<-- Correspondence
seismo!uunet!pcrat!dry			<-- Submission Forms
(201) 834-1378				<-- SHORT phone calls, 9AM-5PM EST
(201) 922-1134				<-- phone calls 7PM-10PM EST
93 Garrison Drive, Neptune, NJ 07753	<-- MS-DOS floppy disks
SHAR_EOF
fi
if test -f 'report.doc'
then
	echo shar: "will not over-write existing file 'report.doc'"
else
cat << \SHAR_EOF > 'report.doc'

                DHRYSTONE 1.1 BENCHMARK SUMMARY
                 Mon May 18 03:36:45 EDT 1987
                    SORTED BY MANUFACTURER

MANUF      MODEL      PROC     CLOCK NOREG   REG OS,COMPILER,NOTES
-----      -----      ----     ----- -----   --- -----------------
           Gridcase 3 80C86     4.77   409   438 MS-DOS 2.11,Microsoft 3.01 ,
APOLLO     DN330      68020/68 12.50  1934  1934 Domain/IX SR9.5.Bl12,CC 4.58 w/o 020,68881,(Beta OS and Compiler)
APOLLO     DN330      68020/68 12.50  2046  2046 Domain/IX SR9.5.Bl12,CC 4.58 w/020,68881,(Beta OS and Compiler)
APOLLO     DN3000     68020/68 12.50  2481  2481 Domain/IX SR9.5.Bl12,CC 4.58 w/o 020,68881,(Beta OS and Compiler)
APOLLO     DN3000     68020/68 12.50  2643  2643 Domain/IX SR9.5.Bl12,CC 4.58 w/020,68881,(Beta OS and Compiler)
AT&T       3B2/300    32000     7.20   409   410 UNIX SVR2.0,cc  ,
AT&T       3B5        WE32000  10.00   578   573 UNIX SVR2 5.2.0.1 V2,cc ? large,
AT&T       3B2/300    32000     7.20   685   688 UNIX SVR2.0.4,cc  ,
AT&T       3B2/300    32000     7.70   699   697 UNIX SVR3.0,cc  ,
AT&T       UNIX PC    68010    10.00   973  1034 UNIX 5.0.3,cc  ,
AT&T       3B2/400    32100    10.00  1108  1120 UNIX SVR2.0.4,cc  ,
AT&T       3B5        WE320xx   0.00  1212  1207 UNIX Sys V 2.0.1,cc 2.0.11.0 -O,
AT&T       6300 PLUS  80286     6.00  1225  1225 UNIX SVR2 vC3,cc  ,
AT&T       3B15       32100    14.00  1797  1798 UNIX 5.2.1,cc  ,
AT-PLUS    1800-01    80286    10.00  2272  2459 MSDOS 3.1,Microsoft 4.0 /AL/Ox/G2,0-wait RAM, large model
AT-PLUS    1800-01    80286    10.00  2636  2679 MSDOS 3.1,Microsoft 4.0 /AM/Ox/G2,0-wait RAM, medium model
AT-PLUS    1800-01    80286    10.00  2727  2777 MSDOS 3.1,Microsoft 4.0 /AS/Ox/G2,0-wait RAM, small model
ATI        2000       80286     8.00  1440  1440 UNIX Microport SVR2,cc  large,0 wait state AT clone
ATI        2000       80286     8.00  2145  2145 UNIX Microport SVR2,cc  small,0 wait state AT clone
Acorn      RISC       3 micron  0.00  2081  2147 vn 1.1,  ,
Altos Comp ACS 68000  68000     8.00   440   450 UNIX System III, Altos Release 2.0,cc  --,
Amdahl     5860                 0.00 28735 28846 UTS V,cc 1.22 ,
Amiga      1000                 0.00   643   684  ,Manx C 2.30a ,32 bit int
Amiga      1000                 0.00   880   915  ,Manx 2.30a ,16 bit int
Apollo     DN330      68020    12.50  1504  1504 Domain/IX ,cc 4.08 w/o 020,
Apollo     DN330      68020    12.50  1677  1677 Domain/IX ,cc 4.08 w/ 020,
Apple      IIe        65C02     1.02    37    37 DOS 3.3,Aztec CII v1.05i ,
Apple      Lisa 2/10  68000     5.00   505   533 XENIX 3.0 Priam,cc  ,
Apple      Macintosh  68000     8.00   510   549 Mac Finder 5.1, System 3.2,LightSpeed C 1.02 ,with new, 128K ROMs
Apple      Lisa       68000     0.00   517   550 UniPlus Sys V,cc  ,
Apple      Macintosh  68000     7.70   625   625 Mac ROM ,DeSmet  ,
Apple      Mac+       68000     7.80   714   769 Mac 3.2,Manx 1.06H ,16 bit int
Apricot    portable   8086      5.00   375   400 MS-DOS 2.11,Microsoft 3.01 ,
Arete      1100/1200  68020    12.00  2741  2808 UNIX SVR2.2,Motorola pcc2  ,
Armstrong             68000     0.00   342   363 Root V,pcc  ,
Atari      520/ST     68000     8.00   446   450 TOS ,Lattice 3.03.01 ,
Atari      ST         68000     8.00   847   859 TOS ROM,Alcyon 4.14 ,
Atari      1040ST     M68000    8.00   877   892 TOS ,Alcyon 4.14 ,
Atari      ST         68000     8.00   874   919 TOS ROM,Megamax 2.0 ,
Atari      ST         68000     8.00   996  1042 TOS ROM,Mark Williams 2.0 ,
Atari      520ST      68000     8.00  1063  1136 TOS ,Megamax 1.0 ,
CCI        Power 5/32 68010    12.50  1135  1192 Unix BSD 4.2,cc ? ,
Celerity   1200                 0.00  3921  3916 UNIX 4.2BSD r3.2,  ,
Celerity   1260-D     1230      0.00  4010  4045 4.2 BSD 3.2.50,cc standard -O,A 1260-D is a dual-processor 1230
Celerity   1260-D     1230      0.00  4046  4061 4.2 BSD 3.2.50,cc beta test -O,A 1260-D is a dual-processor 1230
Celerity   C-1230     NCR uP   10.00  4155  4360 UNIX 4.2BSD,cc  ,
Celerity   C1230                0.00  4702  4716 UNIX 4.2BSD r3.2,  ,
Celerity   1260                 0.00  8321  8384 UNIX 4.2BSD r3.2,  ,
Commodore  64         6510      1.00    19    34 C64 ROM ,C Power 2.9 trim,
Commodore  128        8502      2.00    43    68 C128 ROM ,C Power 128  trim,
Compaq     Compaq II  80286     8.00  1086  1140 MS-DOS 3.1,Microsoft 3.0 large,
Compaq     Compaq II  80286     8.00  1190  1282 MS-DOS 3.1,Microsoft 3.0 medium,
Compaq     Compaq II  80286     8.00  1351  1428 MS-DOS 3.1,Microsoft 3.0 small,
Compaq     386        80386    16.00  1724  1724 PCDOS 3.1,Lattice 3.00H large,
Compaq     386        80386    16.00  2000  2000 PCDOS 3.1,Lattice 3.00H large data,
Compaq     386        80386    16.00  2631  2631 PCDOS 3.1,Lattice 3.00H large data,
Compaq     386        80386    16.00  2941  2941 PCDOS 3.1,Lattice 3.00H small,
Convergent MiniFrame  68010    10.00   919   965 CTIX 3.2,cc  ,
Convergent MiniFrame  68010    10.00   933   985 UNIX SVR2,cc  ,
Counterpoi            68020    12.00  1702  1850 UNIX SV,cc  ,
Counterpoi System 19  68020    16.67  2270  2481 UNIX SVR2.2,Motorola pcc2  ,Single uP; 1-8 possible
Cray       Cray 2     Cray 2   243.00  6467  7480 UniCos 1.1,Portable C 1.1 LOOPS=500000,Bkgrnd/heavy load
Cray Resea Cray 1s    SN# 43   80.00 14820 14820 LTSS D10a,ccomp 2.0 ,clock() used
Cray Resea Cray X-MP  SN# 202  105.00 18530 18530 LTSS D10f,cxcomp 2.0 ,clock() used
Cromemco   Z2         Z80       4.00   127   127 Cromix 11.26,ccc  ,
DEC        PDP-11/34A w/FP-11C  0.00   406   449 UNIX V7m,cc  ,
DEC        LSI        11/23    18.00   402   455 UNIX 2.9 BSD,  ,
DEC        PDP-11/45  ?         0.00   454   506 UNIX V7M,cc ? 256KB,
DEC        VAX 11/750           0.00   836   845 BRL Sys V on 4.2BSD ,5bin/cc  ,
DEC        VAX-11/750 w/FPA     0.00   831   852 UNIX 4.2BSD,cc  ,
DEC        VAX 11/750           0.00   835   859 Root 4.2,cc  ,
DEC        VAX-11/750           0.00   868   863 EUNICE 4.2 (4.1BSD) on VMS 4.3,cc  ,
DEC        PDP-11/73  J-ll,w/F  0.00   772   875 UNIX 2.9BSD,cc  ,
DEC        VAX-11     750       0.00   947   901 UNIX 4.3BSD,cc 4.13 -O,
DEC        VAX-11/750           0.00   937   937 UNIX 4.3BSD,GNU cc 0.9 -O,
DEC        PDP 11/44            0.00   884   951 UNIX Sys III,cc  ,
DEC        VAX-11/750           0.00   961   957 VMS 4.3,VAX C 2.0 ,
DEC        VSII                 0.00     0  1162 VMS 4.4,VAXC 2.1-007 ,compiler can't do no-regs seperate from no-optimize
DEC        PDP 11/70            0.00  1019  1181 UNIX V7,cc  -O,
DEC        VAX 11/780           0.00  1243  1307 UNIX 4.2BSD,cc  ,
DEC        MicroVAX I           0.00  1361  1385 Mach 4.3,cc  ,
DEC        Micro VAX            0.00  1379  1394 Ultrix 1.1,cc  ,
DEC        MicroVAX I           0.00  1385  1399 Ultrix-32m 1.1,cc  ,
DEC        VAX 11/780           0.00  1417  1441 UNIX 4.2BSD,cc  ,
DEC        VAX 11/780 MA780     0.00  1428  1470 Mach 4.3,cc  ,
DEC        VAX-11/780           0.00  1526  1523 VMS 4.3,VAX C 2.0 ,
DEC        MicroVAX-2           0.00  1584  1584 Ultrix 1.1,GNU cc 0.9 -O,
DEC        VAX 11/780           0.00  1650  1640 UNIX 5.0.1,cc 4.1.1.31 ,
DEC        2060                 0.00  1677  1736 TOPS 20 ,pcc  ,
DEC        VAX 11/785           0.00  1783  1813 UNIX 4.2BSD,cc  ,
DEC        VAX 11/785           0.00  2063  2069 UNITY/VMS 5.2.2,pcc 4.3 ,
DEC        VAX 11/785           0.00  2090  2084 UNIX SVR2.5,cc 1.5 ,
DEC        8600                 0.00  3866  3841 VAX/VMS 4.4,VAX C 2.2.15 ,
DEC        8600                 0.00  3866  3841 VAX/VMS 4.4,VAX C 2.2.15 ,
DEC        VAX 11/784           0.00  5263  5555 Mach 4.3,cc  ,1D on 4P
DEC        VAX 8600             0.00  6329  6423 UNIX 4.3BSD,cc  ,
DEC        8650                 0.00     0  7123 VMS 4.4,VAXC 2.1-007 ,compiler can't do no-regs seperate from no-optimize
DEC        VAX 8550   Nautilus 22.20 10416 10416 VMS 4.5,VAX C 2.2 ,
DataMedia  932        68000    10.00   837   888 UNIX SYS V,cc  ,
Definicon  DSI-020    68020    12.50  2500  2500 none, really na,SVS C 2.6 none,PC coprocessor board
Encore     Multimax   32032    10.00  1360  1360 Umax 4.2 R2.0 or V R1.0,Green Hills  ,
Fortune    32:16      68000     6.00   346   360 UNIX V7,cc  ,
GMX        Micro-20   68020    12.50  1315  1250 OS-9 1.2,Microware 2.0 ,
Genisys    AT         80286    10.00     0  2777 MSDOS ,MS 3.0 /Ot/AS/Gs/G2,
Gould      PN6005               0.00  1732  1884 UTX 1.1c+,cc  ,
Gould      PN9080               0.00  4745  4992 UTX-32 1.1C,cc  ,
Gould      PN 9080              0.00  6024  6340 UTX 2.0 beta,cc  ,
HP         HP1000 A90           0.00  1470  1470 RTE-A/VC+ 4.0,CCS/C 2.0.02 ,
HP         9000/550             0.00  1518  1531 HP/UX 5.11C,  ,
HP         9000-500   1 CPU, R 18.00  1599  1599 HP-UX 5.05,cc  ,
HP         9000-320   68020    16.67  2464  2671 HP/UX 5.02 B 9000/320,  ,
HP         9000-500   2 CPUs,  18.00  3020  3020 HP-UX 5.05,cc  ,Two copies run and added
HP         9000-500   3 CPUs,  18.00  4140  4140 HP-UX 5.05,cc  ,Three copies run and added
HP         9000/840             0.00 11165 11215 HP-UX A.B1.14,cc  full (level 2) optimization,
Hazelwood  Uniquad 1  68008     8.00   243   259 OS-9 1.2,Microware 2.0 ,
Home Brew             Z80       4.00    53    53 CPM-80 ,Hisoft C++  ,
Home Brew             Z80       2.50    91    91 CPM-80 2.2,Aztec CII 1.05g ,
Home Brew             8086      8.00   197   203 iRMX-86 V6,Intel C-86 2.0 large,??
Home Brew             8086      8.00   287   304 iRMX 86 V6,Intel C-86 2.0 small,??
Honeywell  DPS8/49              0.00   980   980 GCOS8 SR2500,Waterloo SDG C 2.5 ,
IBM        PC/XT      8088      4.77   259   275 COHERENT 2.3.43,Mark Williams  ,
IBM        PC/XT      8088      4.77   326   347 MS-DOS 2.0,Microsoft 3.01 ,
IBM        PC/AT      80286     6.00   531   531 MS-DOS 3.1,Lattice 3.00h -ml (large model),
IBM        PC/AT      80286     9.05   696   692 XENIX SCO SVR2.1,cc  large,
IBM        PC/AT      80286     6.00   943   925 MS-DOS 3.1,Lattice 3.00h ,
IBM        PC/AT      80286     7.50  1162  1256 Venix/286 SVR2.1,cc Venturcom 2.2 small,
IBM        PC/AT      80286     9.05  1464  1484 XENIX SCO SVR2.1,cc  small,
IBM        PC/RT                0.00  1333  1510 UNIX 4.2BSD,cc  ,
IBM        PC/RT      (6150)w/  0.00  1537  1660 AIX SVR1,cc  ,
IBM        PC/AT      80286     8.00  1729  1796 PC-DOS 3.20,Microsoft 4.0 ,
IBM        PC/AT      80286     9.00  1976  1976 UNIX Microport SVR2,cc  small,
IBM        PC/AT      80286     8.00  2176  2239 PC-DOS 3.20,Microsoft 4.0 small,w/Cheetah 0 ws memory
IBM        4341-12              0.00  3690  3690 Amdahl UTS V,cc 1.11 ,
IBM        4341-12              0.00  3910  3910 Amdahl UTS V,cc 1.11 ,Mike Newtons "optimzer"
IBM        RT-PC      ROMP-C   10.00     0  4587 AIX 2.1,pcc 2.1 w/oINLINER,
IBM        4381-2               0.00  4504  4901  ,c/370  ,
IBM        4381-2               0.00  5681  5681 VM/SP 3.18,Waterloo 1.2 ,
IBM        RT-PC      ROMP-C   10.00     0  6097 AIX 2.1,pcc 2.1 w/INLINER,
IBM        RT-PC      ROMP-C   10.00     0  6329 AIX 2.1,Advanced C 2.1 ,
IBM        4381-2               0.00  6440  6440 Amdahl UTS V,cc 1.11 ,
IBM        4381-2               0.00  6850  6850 Amdahl UTS V,cc 1.11 ,Mike Newtons "optimizer"
IBM        3081                 0.00 15007 15007 UTS SVR2.5,cc 1.5 ,
IBM        3090/200             0.00 31250 31250  ,  ,
ICL        39/80                0.00  8350  8350 VME/VNS V1.5,  ,
IMP        Mentor     68020    16.00  2632  2747 Root V.2,pcc-2  ,
ISI        Optimum V  68020    16.00  3245  3391 UNIX 4.2BSD r3.05,ISI  ,
ISI        Optimum    68020    16.67  3074  3452 UNIX ISI 3.0.1,cc  ,
ISI        Optimum V  68020    16.00  3778  3977 UNIX 4.2BSD r3.05,Green Hills 1.8.0 ,
ISI (Integ V16        68020    16.67  3241  3379 UNIX BSD 4.2 3.05e,cc  -O -20,
Intel      386/24 sys 80386    16.00  4725  5089 UNIX System V.3 beta,rcc 2.01 ,386 Multibus I w/64KB cache
Intel      386/24 sys 80386    16.00  6250  6250 UNIX System V.3 beta,greenhills cc v1.8.2C ,386 Multibus I w/64KB cache
Intel      386/24 sys 80386    20.00  5966  6394 UNIX System V.3 beta,rcc 2.01 ,386 Multibus I w/64KB cache
Intel      386/20     80386    16.00  6995  6677 UNIX SVR3,Green Hills C-386 1.8.2E none,-O means loop optimize, qed faster NOREG
Intel      System 310 80386    16.00  7002  7132 UNIX V.3 (Beta),Green Hills C 386 1.8.2E None,
Intel      386/24 sys 80386    20.00  7810  7810 UNIX System V.3 beta,greenhills cc v1.8.2C ,386 Multibus I w/64KB cache
Intergraph InterPro 3 Clipper( 30.00  5275  5104 SYSVR3 3.0.0,Greenhills cc GH C-Clipper 1.6.11.3 none,
Intergraph InterPro 3 Clipper( 30.00  4855  5156 SYSVR3 3.0.0,Greenhills cc GH C-Clipper 1.6.11.3 -O,
Intergraph InterPro-3 Fairchil 30.00  6711  6896 System V Release 3,Green Hills C-Clipper 1.8.2.3 -O,
MASSCOMP   MC-5400    68020    16.67  3931  3931 RTU 3.1,cc 1.1 -O,
MASSCOMP   5600; 1 CP 68020/68 16.67  4161  4155 RTU 3.0,cc 1.121 ,TOO LONG
MASSCOMP   MC-5700    68020    16.70  4398  4433 RTU 3.1,cc (MASSCOMP) 1.2 large,
MASSCOMP   MC-5700    (2)68020 16.70  8714  8773 RTU 3.1,cc (MASSCOMP) 1.2 large,2 copies/2 procs,results summed
MASSCOMP   MC-5700    (4)68020 16.70 14829 15178 RTU 3.1,cc (MASSCOMP) 1.2 large,4 copies/4 procs,results summed
MIPS       M/500      R2000     8.00  8900 10300 UNIX UMIPS-BSD,cc 1.10 -O1 [no opt],
MIPS       M/500      R2000     8.00  8855 10309 UNIX 4.3BSD,cc  ,
MIPS       M/800      R2000    12.50 12900 15300 UNIX UMIPS-BSD,cc 1.10 -O1 [no opt],
Motorola   MVME121    68010    10.00   820   865 Uniflex ,cc 1.3:0 ,MVME320,050
Motorola   System 113 MC68020  16.67  3246  3257 System V R2V2.2,pcc2 High level Optim and peep Optim ATT -O,
NCR        Decision M 8088      4.77   166   166 MS-DOS 2.11,Lattice 2.14 small,
NCR        PC4        8088      0.00   212   212 MS-DOS 2.11,Lattice 2.14 small,
NCR        Decision M 8088      4.77   250   250 MS-DOS 2.11,Lattice 3.0g small,
NCR        PC4        8088      4.77   322   322 MS-DOS 2.11,Lattice 3.0g small,
NCR        PC6        8088      8.00   349   349 MS-DOS 2.11,Lattice 2.14 small,
NCR        PC6        8088      8.00   512   512 MS-DOS 2.11,Lattice 3.0g small,
NCR        PC-8       80286     8.00   653   649 XENIX SCO SVR2.0.4,cc  large,
NCR        PC-8       80286     8.00   981   983 XENIX SCO SVR2.0.4,cc  middle,
NCR        PC-8       80286     8.00  1283  1299 XENIX SCO SVR2.0.4,cc  small,
NCR        V8645      ECL      26.00  1402  1424 VRX 12.01.13,vrxccomp 05 ,
NCR        Tower 32   68020    16.00  3270  3537 UNIX SVR2,cc  ,
National   VR332      32332    15.00  2851  2851 UNIX SVR2.2,NSC GNX 2 -O,
National S ICM-3216   32016    10.00   892   934 System 5 Release 2,cc C rel 6.0 -O,
OPUS SYSTE Opus 32.16 32016    10.00   736   776 Opus5(UNIX) 2.0v2C2.1,cc SysV.2.0 Ver 1.5 ,hosted on IBM PC/AT
Olivetti   m24        8086      8.00     0   847 MSDOS ,MS 3.0 /Ot/AS/Gs,
Olivetti   m24        V30       8.00     0  1086 MSDOS ,MS 3.0 /Ot/AS/Gs/G0,
Olivetti   m24        V30       8.00     0  1111 MSDOS ,MS 3.0 /Ot/AS/Gs/G1,
PCS GmbH   Cadmus 923 68010    10.00  1052  1076 MUNIX V.2/04-v,cc  ,
PRIME      9955                 0.00  1633  1633 PRIMIX 1.2,CC 4.0-19.4 -OPTIMIZE -HIGH,Primix (Unix) on top of Primos 20.0.4
PRIME      9955                 0.00  2859  2859 PRIMOS 20.0.4,CC 4.0-19.4 -OPTIMIZE -HIGH,V-mode compiler
PRIME      9955                 0.00  3348  3348 PRIMOS 20.0.4,CI 4.0-19.4 -32IX,I-mode compiler
PRIME      9955                 0.00  3492  3492 PRIMOS 20.0.4,CI 4.0-19.4 -32IX -INTRINSIC strcpy,
Phillips              68000     8.00   313   333 Root V.2,pcc-2  ,
Pixar      (Transpute T414-20  20.00  2171  2171  ,Penguin 0.9 ,Stack in External Memory
Pixar      (Transpute T414-20  20.00  3317  3317  ,Penguin 0.9 ,Stack in Internal Memory
Plessey    system68   68000     8.00   408   436 Root V,pcc  ,
Plessey    Mantra     68010    12.00  1089  1157 Root V.2,pcc2  ,
Plexus     P35        68000    12.50   835   894 UNIX SYS III,cc  ,
Pyramid    90x        XBIF      8.00  1779  1779 OSx 3.1,CLE 3.2.0 ,
Pyramid    90x        DCU       8.00  2898  2898 OSx 3.1,CLE 3.2.0 ,
Pyramid    98xe       DCU      10.00  3627  3627 OSx 3.1,CLE 3.2.0 ,
Pyramid    Workcenter DCU      10.00  3627  3627 OSx 3.1,CLE 3.2.0 ,
Pyramid    98X        DCU      10.00  3671  3671 OSx 3.1,CLE 3.2.0 ,
Pyramid    98xe       DCU,FPA  10.00  3773  3773 OSx 3.1,CLE 3.2.0 ,
Pyramid    98X        DCU,FPA  10.00  3856  3856 OSx ,CLE 3.2.0 ,
Racal      Redac      68010    10.00   490   525 Root V.2,pcc-2  ,
Ridge      32C V1               0.00  1628  1695 ROS 3.3,Ridge (older) ,
Ridge Comp Ridge 3200 Propriet 12.00  6119  6240 ROS 3.4,rc 2.0 none,
SGI        2400       68010    16.70   728   786 UNIX 2.4,cc  -O,
SSB        Chieftan   6809      2.00   210   249 OS/9 Level II 1.2,Microware  ,
Sequent    Balance 80 32032    10.00  1097  1137 Dynix ,cc  ,
Sherry     AT         80286     8.00     0  1724 MSDOS ,MS 3.0 /Ot/AS/Gs/G2,
Siemens    PC-MX2     32016    10.00   717   745 Root V.2,cc  ,
Spectrix M Series 10  68000    10.00   571   592 Xenix ,Greenhills 1.7.14 -O,
Stride                68010    10.00  1164  1252 UniStride SVR2,cc  ,
Stride Mic Stride     68010    10.00  1212  1313 UniStride 2.1,cc  ,
Sun        1/100U               0.00   957  1029 UNIX Sun 2.0,cc  ,
Sun        2/120      68010    10.00   950  1051 UNIX 4.2BSD,cc  no -O,
Sun        1/100U               0.00  1039  1075 UNIX Sun 2.0,Greehills  ,
Sun        2                    0.00  1034  1110 UNIX 4.2BSD,cc  ,
Sun        2/120      68010    10.00  1058  1142 UNIX Sun 2.2,cc  ,
Sun        3/52M      68020    15.00  2076  2341 SunOS (UNIX) 3.0,cc  -O,
Sun        3/50       68020    15.00  2280  2540 UNIX Sun 3.0,cc  ,
Sun        3/50       68020    15.00  2319  2581 UNIX Sun 3.2,cc  ,
Sun        3/160      68020    16.67  2843  3134 UNIX Sun 3.0,cc  ,
Sun        3/160      68020    16.67  2921  3229 UNIX Sun 3.0,cc  -fsoft,
Sun        3/160      68020    16.67  2949  3236 UNIX Sun 3.0,cc  -f68881,
Sun        3/160      68020    16.67  2946  3246 Sun 4.2 3.0A,cc  ,
Sun        3/260      68020     0.00  5940  5484 Sun 3.2,cc (68010)  ,Sun-2 68010 binaries
Sun        3/260      68020    25.00  5366  5964 UNIX SunOS 3.2,cc 3.2 -O,cache
Sun        3/260      68020     0.00  5836  6329 Sun 3.2,cc  ,
Sun        3/200      68020    25.00  5914  6374 SunOS 3.2,Sun C Compiler 3.1 ,
Sun Micros Sun 3/260  Motorola 25.00  5905  6362 SunOS (UNIX) 3.2 (4.2BSD+SVR2),cc  -O,
Symmetric  s/375      32016    10.00   752   709 UNIX 4.2BSD,cc  ,Symmetrix=rel4, cpuboard=rel2
TANDY      3000HD     80286    10.00  1318  1346 XENIX System V/286,cc  large,
TANDY      3000HD     80286    10.00  2071  2164 XENIX System V/286 Xenix,cc  small,
TECH-PC    AT (Clone) 80286    10.00  2173  2173 PC-DOS 3.1,msc 4.0 /Ot /Gs /G2,
Tadpole    Titan      68010    10.00   823   882 Root V,pcc  ,
Tandy      6000       68000     8.00  1286  1362 XENIX 3.1,cc 1.0 ,
Tandy      6000       68000     8.00  1288  1366 XENIX 3.0.0,cc 3.0.0 NONE,Tandy Ver. 3.1.2
Tandy      3000       80286     8.00  1455  1543 Xenix 2.00,cc  ,
Tektronix  6130       32016     8.00   595   629 UTek 2.2 (modified),cc  -O,"big-build"
Tektronix  4132       32016    10.00  1060  1119 UTek 2.3,cc  -O,
Texas Inst TI Busines 80286     6.00   756   756 UNIX Microport SVR2,cc  -O -Ml,Large model; Turbo mode
Texas Inst TI Busines 80286     6.00  1054  1054 UNIX Microport SVR2,cc  -O,Small model; Turbo mode
Torch      Triple X   68010     0.00   578   625 Root V,pcc  ,
VT                    68000     8.00   422   451 Root V.2,pcc2  ,
Victor     Sirius     8088      0.00   284   295 MSDOS 2.11,Microsoft 3.0 large,
Victor     Sirius     8088      0.00   317   335 MSDOS 2.11,Microsoft 3.0 middle,
Victor     Sirius     8088      0.00   357   381 MSDOS 2.11,Microsoft 3.0 small,
Whitechape MG1        32016     8.00   636   675 UNIX 4.2BSD,cc  ,
Zilog      8000 model Z8001     6.00   727   758 Zeus 3.21,cc  segmented,
Zilog      8000 model Z8001     6.00   831   878 Zeus 3.21,cc  non-segment,
benchMark             32016    10.00   643   673 Root V.2,pcc2  ,



                DHRYSTONE 1.1 BENCHMARK SUMMARY
                 Mon May 18 03:36:45 EDT 1987
                    SORTED BY PERFORMANCE

MANUF      MODEL      PROC     CLOCK NOREG   REG OS,COMPILER,NOTES
-----      -----      ----     ----- -----   --- -----------------
Commodore  64         6510      1.00    19    34 C64 ROM ,C Power 2.9 trim,
Apple      IIe        65C02     1.02    37    37 DOS 3.3,Aztec CII v1.05i ,
Home Brew             Z80       4.00    53    53 CPM-80 ,Hisoft C++  ,
Commodore  128        8502      2.00    43    68 C128 ROM ,C Power 128  trim,
Home Brew             Z80       2.50    91    91 CPM-80 2.2,Aztec CII 1.05g ,
Cromemco   Z2         Z80       4.00   127   127 Cromix 11.26,ccc  ,
NCR        Decision M 8088      4.77   166   166 MS-DOS 2.11,Lattice 2.14 small,
Home Brew             8086      8.00   197   203 iRMX-86 V6,Intel C-86 2.0 large,??
NCR        PC4        8088      0.00   212   212 MS-DOS 2.11,Lattice 2.14 small,
SSB        Chieftan   6809      2.00   210   249 OS/9 Level II 1.2,Microware  ,
NCR        Decision M 8088      4.77   250   250 MS-DOS 2.11,Lattice 3.0g small,
Hazelwood  Uniquad 1  68008     8.00   243   259 OS-9 1.2,Microware 2.0 ,
IBM        PC/XT      8088      4.77   259   275 COHERENT 2.3.43,Mark Williams  ,
Victor     Sirius     8088      0.00   284   295 MSDOS 2.11,Microsoft 3.0 large,
Home Brew             8086      8.00   287   304 iRMX 86 V6,Intel C-86 2.0 small,??
NCR        PC4        8088      4.77   322   322 MS-DOS 2.11,Lattice 3.0g small,
Phillips              68000     8.00   313   333 Root V.2,pcc-2  ,
Victor     Sirius     8088      0.00   317   335 MSDOS 2.11,Microsoft 3.0 middle,
IBM        PC/XT      8088      4.77   326   347 MS-DOS 2.0,Microsoft 3.01 ,
NCR        PC6        8088      8.00   349   349 MS-DOS 2.11,Lattice 2.14 small,
Fortune    32:16      68000     6.00   346   360 UNIX V7,cc  ,
Armstrong             68000     0.00   342   363 Root V,pcc  ,
Victor     Sirius     8088      0.00   357   381 MSDOS 2.11,Microsoft 3.0 small,
Apricot    portable   8086      5.00   375   400 MS-DOS 2.11,Microsoft 3.01 ,
AT&T       3B2/300    32000     7.20   409   410 UNIX SVR2.0,cc  ,
Plessey    system68   68000     8.00   408   436 Root V,pcc  ,
           Gridcase 3 80C86     4.77   409   438 MS-DOS 2.11,Microsoft 3.01 ,
DEC        PDP-11/34A w/FP-11C  0.00   406   449 UNIX V7m,cc  ,
Altos Comp ACS 68000  68000     8.00   440   450 UNIX System III, Altos Release 2.0,cc  --,
Atari      520/ST     68000     8.00   446   450 TOS ,Lattice 3.03.01 ,
VT                    68000     8.00   422   451 Root V.2,pcc2  ,
DEC        LSI        11/23    18.00   402   455 UNIX 2.9 BSD,  ,
DEC        PDP-11/45  ?         0.00   454   506 UNIX V7M,cc ? 256KB,
NCR        PC6        8088      8.00   512   512 MS-DOS 2.11,Lattice 3.0g small,
Racal      Redac      68010    10.00   490   525 Root V.2,pcc-2  ,
IBM        PC/AT      80286     6.00   531   531 MS-DOS 3.1,Lattice 3.00h -ml (large model),
Apple      Lisa 2/10  68000     5.00   505   533 XENIX 3.0 Priam,cc  ,
Apple      Macintosh  68000     8.00   510   549 Mac Finder 5.1, System 3.2,LightSpeed C 1.02 ,with new, 128K ROMs
Apple      Lisa       68000     0.00   517   550 UniPlus Sys V,cc  ,
AT&T       3B5        WE32000  10.00   578   573 UNIX SVR2 5.2.0.1 V2,cc ? large,
Spectrix M Series 10  68000    10.00   571   592 Xenix ,Greenhills 1.7.14 -O,
Apple      Macintosh  68000     7.70   625   625 Mac ROM ,DeSmet  ,
Torch      Triple X   68010     0.00   578   625 Root V,pcc  ,
Tektronix  6130       32016     8.00   595   629 UTek 2.2 (modified),cc  -O,"big-build"
NCR        PC-8       80286     8.00   653   649 XENIX SCO SVR2.0.4,cc  large,
benchMark             32016    10.00   643   673 Root V.2,pcc2  ,
Whitechape MG1        32016     8.00   636   675 UNIX 4.2BSD,cc  ,
Amiga      1000                 0.00   643   684  ,Manx C 2.30a ,32 bit int
AT&T       3B2/300    32000     7.20   685   688 UNIX SVR2.0.4,cc  ,
IBM        PC/AT      80286     9.05   696   692 XENIX SCO SVR2.1,cc  large,
AT&T       3B2/300    32000     7.70   699   697 UNIX SVR3.0,cc  ,
Symmetric  s/375      32016    10.00   752   709 UNIX 4.2BSD,cc  ,Symmetrix=rel4, cpuboard=rel2
Siemens    PC-MX2     32016    10.00   717   745 Root V.2,cc  ,
Texas Inst TI Busines 80286     6.00   756   756 UNIX Microport SVR2,cc  -O -Ml,Large model; Turbo mode
Zilog      8000 model Z8001     6.00   727   758 Zeus 3.21,cc  segmented,
Apple      Mac+       68000     7.80   714   769 Mac 3.2,Manx 1.06H ,16 bit int
OPUS SYSTE Opus 32.16 32016    10.00   736   776 Opus5(UNIX) 2.0v2C2.1,cc SysV.2.0 Ver 1.5 ,hosted on IBM PC/AT
SGI        2400       68010    16.70   728   786 UNIX 2.4,cc  -O,
DEC        VAX 11/750           0.00   836   845 BRL Sys V on 4.2BSD ,5bin/cc  ,
Olivetti   m24        8086      8.00     0   847 MSDOS ,MS 3.0 /Ot/AS/Gs,
DEC        VAX-11/750 w/FPA     0.00   831   852 UNIX 4.2BSD,cc  ,
Atari      ST         68000     8.00   847   859 TOS ROM,Alcyon 4.14 ,
DEC        VAX 11/750           0.00   835   859 Root 4.2,cc  ,
DEC        VAX-11/750           0.00   868   863 EUNICE 4.2 (4.1BSD) on VMS 4.3,cc  ,
Motorola   MVME121    68010    10.00   820   865 Uniflex ,cc 1.3:0 ,MVME320,050
DEC        PDP-11/73  J-ll,w/F  0.00   772   875 UNIX 2.9BSD,cc  ,
Zilog      8000 model Z8001     6.00   831   878 Zeus 3.21,cc  non-segment,
Tadpole    Titan      68010    10.00   823   882 Root V,pcc  ,
DataMedia  932        68000    10.00   837   888 UNIX SYS V,cc  ,
Atari      1040ST     M68000    8.00   877   892 TOS ,Alcyon 4.14 ,
Plexus     P35        68000    12.50   835   894 UNIX SYS III,cc  ,
DEC        VAX-11     750       0.00   947   901 UNIX 4.3BSD,cc 4.13 -O,
Amiga      1000                 0.00   880   915  ,Manx 2.30a ,16 bit int
Atari      ST         68000     8.00   874   919 TOS ROM,Megamax 2.0 ,
IBM        PC/AT      80286     6.00   943   925 MS-DOS 3.1,Lattice 3.00h ,
National S ICM-3216   32016    10.00   892   934 System 5 Release 2,cc C rel 6.0 -O,
DEC        VAX-11/750           0.00   937   937 UNIX 4.3BSD,GNU cc 0.9 -O,
DEC        PDP 11/44            0.00   884   951 UNIX Sys III,cc  ,
DEC        VAX-11/750           0.00   961   957 VMS 4.3,VAX C 2.0 ,
Convergent MiniFrame  68010    10.00   919   965 CTIX 3.2,cc  ,
Honeywell  DPS8/49              0.00   980   980 GCOS8 SR2500,Waterloo SDG C 2.5 ,
NCR        PC-8       80286     8.00   981   983 XENIX SCO SVR2.0.4,cc  middle,
Convergent MiniFrame  68010    10.00   933   985 UNIX SVR2,cc  ,
Sun        1/100U               0.00   957  1029 UNIX Sun 2.0,cc  ,
AT&T       UNIX PC    68010    10.00   973  1034 UNIX 5.0.3,cc  ,
Atari      ST         68000     8.00   996  1042 TOS ROM,Mark Williams 2.0 ,
Sun        2/120      68010    10.00   950  1051 UNIX 4.2BSD,cc  no -O,
Texas Inst TI Busines 80286     6.00  1054  1054 UNIX Microport SVR2,cc  -O,Small model; Turbo mode
Sun        1/100U               0.00  1039  1075 UNIX Sun 2.0,Greehills  ,
PCS GmbH   Cadmus 923 68010    10.00  1052  1076 MUNIX V.2/04-v,cc  ,
Olivetti   m24        V30       8.00     0  1086 MSDOS ,MS 3.0 /Ot/AS/Gs/G0,
Sun        2                    0.00  1034  1110 UNIX 4.2BSD,cc  ,
Olivetti   m24        V30       8.00     0  1111 MSDOS ,MS 3.0 /Ot/AS/Gs/G1,
Tektronix  4132       32016    10.00  1060  1119 UTek 2.3,cc  -O,
AT&T       3B2/400    32100    10.00  1108  1120 UNIX SVR2.0.4,cc  ,
Atari      520ST      68000     8.00  1063  1136 TOS ,Megamax 1.0 ,
Sequent    Balance 80 32032    10.00  1097  1137 Dynix ,cc  ,
Compaq     Compaq II  80286     8.00  1086  1140 MS-DOS 3.1,Microsoft 3.0 large,
Sun        2/120      68010    10.00  1058  1142 UNIX Sun 2.2,cc  ,
Plessey    Mantra     68010    12.00  1089  1157 Root V.2,pcc2  ,
DEC        VSII                 0.00     0  1162 VMS 4.4,VAXC 2.1-007 ,compiler can't do no-regs seperate from no-optimize
DEC        PDP 11/70            0.00  1019  1181 UNIX V7,cc  -O,
CCI        Power 5/32 68010    12.50  1135  1192 Unix BSD 4.2,cc ? ,
AT&T       3B5        WE320xx   0.00  1212  1207 UNIX Sys V 2.0.1,cc 2.0.11.0 -O,
AT&T       6300 PLUS  80286     6.00  1225  1225 UNIX SVR2 vC3,cc  ,
GMX        Micro-20   68020    12.50  1315  1250 OS-9 1.2,Microware 2.0 ,
Stride                68010    10.00  1164  1252 UniStride SVR2,cc  ,
IBM        PC/AT      80286     7.50  1162  1256 Venix/286 SVR2.1,cc Venturcom 2.2 small,
Compaq     Compaq II  80286     8.00  1190  1282 MS-DOS 3.1,Microsoft 3.0 medium,
NCR        PC-8       80286     8.00  1283  1299 XENIX SCO SVR2.0.4,cc  small,
DEC        VAX 11/780           0.00  1243  1307 UNIX 4.2BSD,cc  ,
Stride Mic Stride     68010    10.00  1212  1313 UniStride 2.1,cc  ,
TANDY      3000HD     80286    10.00  1318  1346 XENIX System V/286,cc  large,
Encore     Multimax   32032    10.00  1360  1360 Umax 4.2 R2.0 or V R1.0,Green Hills  ,
Tandy      6000       68000     8.00  1286  1362 XENIX 3.1,cc 1.0 ,
Tandy      6000       68000     8.00  1288  1366 XENIX 3.0.0,cc 3.0.0 NONE,Tandy Ver. 3.1.2
DEC        MicroVAX I           0.00  1361  1385 Mach 4.3,cc  ,
DEC        Micro VAX            0.00  1379  1394 Ultrix 1.1,cc  ,
DEC        MicroVAX I           0.00  1385  1399 Ultrix-32m 1.1,cc  ,
NCR        V8645      ECL      26.00  1402  1424 VRX 12.01.13,vrxccomp 05 ,
Compaq     Compaq II  80286     8.00  1351  1428 MS-DOS 3.1,Microsoft 3.0 small,
ATI        2000       80286     8.00  1440  1440 UNIX Microport SVR2,cc  large,0 wait state AT clone
DEC        VAX 11/780           0.00  1417  1441 UNIX 4.2BSD,cc  ,
DEC        VAX 11/780 MA780     0.00  1428  1470 Mach 4.3,cc  ,
HP         HP1000 A90           0.00  1470  1470 RTE-A/VC+ 4.0,CCS/C 2.0.02 ,
IBM        PC/AT      80286     9.05  1464  1484 XENIX SCO SVR2.1,cc  small,
Apollo     DN330      68020    12.50  1504  1504 Domain/IX ,cc 4.08 w/o 020,
IBM        PC/RT                0.00  1333  1510 UNIX 4.2BSD,cc  ,
DEC        VAX-11/780           0.00  1526  1523 VMS 4.3,VAX C 2.0 ,
HP         9000/550             0.00  1518  1531 HP/UX 5.11C,  ,
Tandy      3000       80286     8.00  1455  1543 Xenix 2.00,cc  ,
DEC        MicroVAX-2           0.00  1584  1584 Ultrix 1.1,GNU cc 0.9 -O,
HP         9000-500   1 CPU, R 18.00  1599  1599 HP-UX 5.05,cc  ,
PRIME      9955                 0.00  1633  1633 PRIMIX 1.2,CC 4.0-19.4 -OPTIMIZE -HIGH,Primix (Unix) on top of Primos 20.0.4
DEC        VAX 11/780           0.00  1650  1640 UNIX 5.0.1,cc 4.1.1.31 ,
IBM        PC/RT      (6150)w/  0.00  1537  1660 AIX SVR1,cc  ,
Apollo     DN330      68020    12.50  1677  1677 Domain/IX ,cc 4.08 w/ 020,
Ridge      32C V1               0.00  1628  1695 ROS 3.3,Ridge (older) ,
Compaq     386        80386    16.00  1724  1724 PCDOS 3.1,Lattice 3.00H large,
Sherry     AT         80286     8.00     0  1724 MSDOS ,MS 3.0 /Ot/AS/Gs/G2,
DEC        2060                 0.00  1677  1736 TOPS 20 ,pcc  ,
Pyramid    90x        XBIF      8.00  1779  1779 OSx 3.1,CLE 3.2.0 ,
IBM        PC/AT      80286     8.00  1729  1796 PC-DOS 3.20,Microsoft 4.0 ,
AT&T       3B15       32100    14.00  1797  1798 UNIX 5.2.1,cc  ,
DEC        VAX 11/785           0.00  1783  1813 UNIX 4.2BSD,cc  ,
Counterpoi            68020    12.00  1702  1850 UNIX SV,cc  ,
Gould      PN6005               0.00  1732  1884 UTX 1.1c+,cc  ,
APOLLO     DN330      68020/68 12.50  1934  1934 Domain/IX SR9.5.Bl12,CC 4.58 w/o 020,68881,(Beta OS and Compiler)
IBM        PC/AT      80286     9.00  1976  1976 UNIX Microport SVR2,cc  small,
Compaq     386        80386    16.00  2000  2000 PCDOS 3.1,Lattice 3.00H large data,
APOLLO     DN330      68020/68 12.50  2046  2046 Domain/IX SR9.5.Bl12,CC 4.58 w/020,68881,(Beta OS and Compiler)
DEC        VAX 11/785           0.00  2063  2069 UNITY/VMS 5.2.2,pcc 4.3 ,
DEC        VAX 11/785           0.00  2090  2084 UNIX SVR2.5,cc 1.5 ,
ATI        2000       80286     8.00  2145  2145 UNIX Microport SVR2,cc  small,0 wait state AT clone
Acorn      RISC       3 micron  0.00  2081  2147 vn 1.1,  ,
TANDY      3000HD     80286    10.00  2071  2164 XENIX System V/286 Xenix,cc  small,
Pixar      (Transpute T414-20  20.00  2171  2171  ,Penguin 0.9 ,Stack in External Memory
TECH-PC    AT (Clone) 80286    10.00  2173  2173 PC-DOS 3.1,msc 4.0 /Ot /Gs /G2,
IBM        PC/AT      80286     8.00  2176  2239 PC-DOS 3.20,Microsoft 4.0 small,w/Cheetah 0 ws memory
Sun        3/52M      68020    15.00  2076  2341 SunOS (UNIX) 3.0,cc  -O,
AT-PLUS    1800-01    80286    10.00  2272  2459 MSDOS 3.1,Microsoft 4.0 /AL/Ox/G2,0-wait RAM, large model
APOLLO     DN3000     68020/68 12.50  2481  2481 Domain/IX SR9.5.Bl12,CC 4.58 w/o 020,68881,(Beta OS and Compiler)
Counterpoi System 19  68020    16.67  2270  2481 UNIX SVR2.2,Motorola pcc2  ,Single uP; 1-8 possible
Definicon  DSI-020    68020    12.50  2500  2500 none, really na,SVS C 2.6 none,PC coprocessor board
Sun        3/50       68020    15.00  2280  2540 UNIX Sun 3.0,cc  ,
Sun        3/50       68020    15.00  2319  2581 UNIX Sun 3.2,cc  ,
Compaq     386        80386    16.00  2631  2631 PCDOS 3.1,Lattice 3.00H large data,
APOLLO     DN3000     68020/68 12.50  2643  2643 Domain/IX SR9.5.Bl12,CC 4.58 w/020,68881,(Beta OS and Compiler)
HP         9000-320   68020    16.67  2464  2671 HP/UX 5.02 B 9000/320,  ,
AT-PLUS    1800-01    80286    10.00  2636  2679 MSDOS 3.1,Microsoft 4.0 /AM/Ox/G2,0-wait RAM, medium model
IMP        Mentor     68020    16.00  2632  2747 Root V.2,pcc-2  ,
AT-PLUS    1800-01    80286    10.00  2727  2777 MSDOS 3.1,Microsoft 4.0 /AS/Ox/G2,0-wait RAM, small model
Genisys    AT         80286    10.00     0  2777 MSDOS ,MS 3.0 /Ot/AS/Gs/G2,
Arete      1100/1200  68020    12.00  2741  2808 UNIX SVR2.2,Motorola pcc2  ,
National   VR332      32332    15.00  2851  2851 UNIX SVR2.2,NSC GNX 2 -O,
PRIME      9955                 0.00  2859  2859 PRIMOS 20.0.4,CC 4.0-19.4 -OPTIMIZE -HIGH,V-mode compiler
Pyramid    90x        DCU       8.00  2898  2898 OSx 3.1,CLE 3.2.0 ,
Compaq     386        80386    16.00  2941  2941 PCDOS 3.1,Lattice 3.00H small,
HP         9000-500   2 CPUs,  18.00  3020  3020 HP-UX 5.05,cc  ,Two copies run and added
Sun        3/160      68020    16.67  2843  3134 UNIX Sun 3.0,cc  ,
Sun        3/160      68020    16.67  2921  3229 UNIX Sun 3.0,cc  -fsoft,
Sun        3/160      68020    16.67  2949  3236 UNIX Sun 3.0,cc  -f68881,
Sun        3/160      68020    16.67  2946  3246 Sun 4.2 3.0A,cc  ,
Motorola   System 113 MC68020  16.67  3246  3257 System V R2V2.2,pcc2 High level Optim and peep Optim ATT -O,
Pixar      (Transpute T414-20  20.00  3317  3317  ,Penguin 0.9 ,Stack in Internal Memory
PRIME      9955                 0.00  3348  3348 PRIMOS 20.0.4,CI 4.0-19.4 -32IX,I-mode compiler
ISI (Integ V16        68020    16.67  3241  3379 UNIX BSD 4.2 3.05e,cc  -O -20,
ISI        Optimum V  68020    16.00  3245  3391 UNIX 4.2BSD r3.05,ISI  ,
ISI        Optimum    68020    16.67  3074  3452 UNIX ISI 3.0.1,cc  ,
PRIME      9955                 0.00  3492  3492 PRIMOS 20.0.4,CI 4.0-19.4 -32IX -INTRINSIC strcpy,
NCR        Tower 32   68020    16.00  3270  3537 UNIX SVR2,cc  ,
Pyramid    98xe       DCU      10.00  3627  3627 OSx 3.1,CLE 3.2.0 ,
Pyramid    Workcenter DCU      10.00  3627  3627 OSx 3.1,CLE 3.2.0 ,
Pyramid    98X        DCU      10.00  3671  3671 OSx 3.1,CLE 3.2.0 ,
IBM        4341-12              0.00  3690  3690 Amdahl UTS V,cc 1.11 ,
Pyramid    98xe       DCU,FPA  10.00  3773  3773 OSx 3.1,CLE 3.2.0 ,
DEC        8600                 0.00  3866  3841 VAX/VMS 4.4,VAX C 2.2.15 ,
DEC        8600                 0.00  3866  3841 VAX/VMS 4.4,VAX C 2.2.15 ,
Pyramid    98X        DCU,FPA  10.00  3856  3856 OSx ,CLE 3.2.0 ,
IBM        4341-12              0.00  3910  3910 Amdahl UTS V,cc 1.11 ,Mike Newtons "optimzer"
Celerity   1200                 0.00  3921  3916 UNIX 4.2BSD r3.2,  ,
MASSCOMP   MC-5400    68020    16.67  3931  3931 RTU 3.1,cc 1.1 -O,
ISI        Optimum V  68020    16.00  3778  3977 UNIX 4.2BSD r3.05,Green Hills 1.8.0 ,
Celerity   1260-D     1230      0.00  4010  4045 4.2 BSD 3.2.50,cc standard -O,A 1260-D is a dual-processor 1230
Celerity   1260-D     1230      0.00  4046  4061 4.2 BSD 3.2.50,cc beta test -O,A 1260-D is a dual-processor 1230
HP         9000-500   3 CPUs,  18.00  4140  4140 HP-UX 5.05,cc  ,Three copies run and added
MASSCOMP   5600; 1 CP 68020/68 16.67  4161  4155 RTU 3.0,cc 1.121 ,TOO LONG
Celerity   C-1230     NCR uP   10.00  4155  4360 UNIX 4.2BSD,cc  ,
MASSCOMP   MC-5700    68020    16.70  4398  4433 RTU 3.1,cc (MASSCOMP) 1.2 large,
IBM        RT-PC      ROMP-C   10.00     0  4587 AIX 2.1,pcc 2.1 w/oINLINER,
Celerity   C1230                0.00  4702  4716 UNIX 4.2BSD r3.2,  ,
IBM        4381-2               0.00  4504  4901  ,c/370  ,
Gould      PN9080               0.00  4745  4992 UTX-32 1.1C,cc  ,
Intel      386/24 sys 80386    16.00  4725  5089 UNIX System V.3 beta,rcc 2.01 ,386 Multibus I w/64KB cache
Intergraph InterPro 3 Clipper( 30.00  5275  5104 SYSVR3 3.0.0,Greenhills cc GH C-Clipper 1.6.11.3 none,
Intergraph InterPro 3 Clipper( 30.00  4855  5156 SYSVR3 3.0.0,Greenhills cc GH C-Clipper 1.6.11.3 -O,
Sun        3/260      68020     0.00  5940  5484 Sun 3.2,cc (68010)  ,Sun-2 68010 binaries
DEC        VAX 11/784           0.00  5263  5555 Mach 4.3,cc  ,1D on 4P
IBM        4381-2               0.00  5681  5681 VM/SP 3.18,Waterloo 1.2 ,
Sun        3/260      68020    25.00  5366  5964 UNIX SunOS 3.2,cc 3.2 -O,cache
IBM        RT-PC      ROMP-C   10.00     0  6097 AIX 2.1,pcc 2.1 w/INLINER,
Ridge Comp Ridge 3200 Propriet 12.00  6119  6240 ROS 3.4,rc 2.0 none,
Intel      386/24 sys 80386    16.00  6250  6250 UNIX System V.3 beta,greenhills cc v1.8.2C ,386 Multibus I w/64KB cache
IBM        RT-PC      ROMP-C   10.00     0  6329 AIX 2.1,Advanced C 2.1 ,
Sun        3/260      68020     0.00  5836  6329 Sun 3.2,cc  ,
Gould      PN 9080              0.00  6024  6340 UTX 2.0 beta,cc  ,
Sun Micros Sun 3/260  Motorola 25.00  5905  6362 SunOS (UNIX) 3.2 (4.2BSD+SVR2),cc  -O,
Sun        3/200      68020    25.00  5914  6374 SunOS 3.2,Sun C Compiler 3.1 ,
Intel      386/24 sys 80386    20.00  5966  6394 UNIX System V.3 beta,rcc 2.01 ,386 Multibus I w/64KB cache
DEC        VAX 8600             0.00  6329  6423 UNIX 4.3BSD,cc  ,
IBM        4381-2               0.00  6440  6440 Amdahl UTS V,cc 1.11 ,
Intel      386/20     80386    16.00  6995  6677 UNIX SVR3,Green Hills C-386 1.8.2E none,-O means loop optimize, qed faster NOREG
IBM        4381-2               0.00  6850  6850 Amdahl UTS V,cc 1.11 ,Mike Newtons "optimizer"
Intergraph InterPro-3 Fairchil 30.00  6711  6896 System V Release 3,Green Hills C-Clipper 1.8.2.3 -O,
DEC        8650                 0.00     0  7123 VMS 4.4,VAXC 2.1-007 ,compiler can't do no-regs seperate from no-optimize
Intel      System 310 80386    16.00  7002  7132 UNIX V.3 (Beta),Green Hills C 386 1.8.2E None,
Cray       Cray 2     Cray 2   243.00  6467  7480 UniCos 1.1,Portable C 1.1 LOOPS=500000,Bkgrnd/heavy load
Intel      386/24 sys 80386    20.00  7810  7810 UNIX System V.3 beta,greenhills cc v1.8.2C ,386 Multibus I w/64KB cache
ICL        39/80                0.00  8350  8350 VME/VNS V1.5,  ,
Celerity   1260                 0.00  8321  8384 UNIX 4.2BSD r3.2,  ,
MASSCOMP   MC-5700    (2)68020 16.70  8714  8773 RTU 3.1,cc (MASSCOMP) 1.2 large,2 copies/2 procs,results summed
MIPS       M/500      R2000     8.00  8900 10300 UNIX UMIPS-BSD,cc 1.10 -O1 [no opt],
MIPS       M/500      R2000     8.00  8855 10309 UNIX 4.3BSD,cc  ,
DEC        VAX 8550   Nautilus 22.20 10416 10416 VMS 4.5,VAX C 2.2 ,
HP         9000/840             0.00 11165 11215 HP-UX A.B1.14,cc  full (level 2) optimization,
Cray Resea Cray 1s    SN# 43   80.00 14820 14820 LTSS D10a,ccomp 2.0 ,clock() used
IBM        3081                 0.00 15007 15007 UTS SVR2.5,cc 1.5 ,
MASSCOMP   MC-5700    (4)68020 16.70 14829 15178 RTU 3.1,cc (MASSCOMP) 1.2 large,4 copies/4 procs,results summed
MIPS       M/800      R2000    12.50 12900 15300 UNIX UMIPS-BSD,cc 1.10 -O1 [no opt],
Cray Resea Cray X-MP  SN# 202  105.00 18530 18530 LTSS D10f,cxcomp 2.0 ,clock() used
Amdahl     5860                 0.00 28735 28846 UTS V,cc 1.22 ,
IBM        3090/200             0.00 31250 31250  ,  ,
SHAR_EOF
fi
if test -f 'submit.doc'
then
	echo shar: "will not over-write existing file 'submit.doc'"
else
cat << \SHAR_EOF > 'submit.doc'
SUBMISSION PROCEDURE
I'm no longer accepting or reporting results from the 1.0 version.
Remember, the "goofed" version?  I am now keeping a real database of
all the reported results.  To help me in automating this process,
I am requesting that all results sent to me are on a copy of the
form in "submit.frm", and mailed to:

	seismo!uunet!pcrat!dry

A sample filled out form looks like this:

DHRYSTONE 1.1 BENCHMARK REPORTING FORM
MANUF: AT&T
MODEL: 6300 PLUS
PROC: 80286
CLOCK: 6
OS: UNIX
OVERSION: SVR2
COMPILER: cc
CVERSION: 2.0
OPTIONS: large
NOREG: 99999
REG: 99999
NOTES: immersed unit in He
DATE: 8/15/86
SUBMITTER: ihnp4!frostbite (Abby Normal)
MAILTO: seismo!uunet!pcrat!dry

The entire form must be sent for each entry.  Do not split long notes
onto two or more lines.  The mail scanner I use to pull this stuff
directly into the database isn't that smart.  You can place
additional comments either before the "DHRYSTONE" line, or after the
"MAILTO" line.  Also,  if you want to remain anonymous, don't send
the results to Spencer F. Katt, instead fill in the SUBMITTER line thusly:

	SUBMITTER: requested anonymity

The good news is that this new format allows reporting the information
in several ways.  I have attached reports sorted by manufacturer and
by performance.  I am also reporting all reasonable submissions, even
for identical configurations.  I gave up trying to figure out which one
might be a better measure.  These things aren't all that reliable a
measure of performance, anyhow, and anybody who quibbles over
say a 10% difference between machines is missing the point.
SHAR_EOF
fi
if test -f 'submit.frm'
then
	echo shar: "will not over-write existing file 'submit.frm'"
else
cat << \SHAR_EOF > 'submit.frm'
DHRYSTONE 1.1 BENCHMARK REPORTING FORM
MANUF:
MODEL:
PROC:
CLOCK:
OS:
OVERSION:
COMPILER:
CVERSION:
OPTIONS:
NOREG:
REG:
NOTES:
DATE:
SUBMITTER:
MAILTO: seismo!uunet!pcrat!dry
SHAR_EOF
fi
if test -f 'clarify.doc'
then
	echo shar: "will not over-write existing file 'clarify.doc'"
else
cat << \SHAR_EOF > 'clarify.doc'
CLARIFICATION
There seems to have been a great deal of confusion over what this
benchmark measures, and how to use these results.  Let me try to clarify
this:

	1) DHRYSTONE is a measure of processor+compiler efficiency in
	   executing a 'typical' program.  The 'typical' program was
	   designed by measuring statistics on a great number of
	   'real' programs.  The 'typical' program was then written
	   by Reinhold P. Weicker using these statistics.  The
	   program is balanced according to statement type, as well
	   as data type.

	2) DHRYSTONE does not use floating point.  Typical programs don't.

	3) DHRYSTONE does not do I/O.  Typical programs do, but then
	   we'd have a whole can of worms opened up.

	4) DHRYSTONE does not contain much code that can be optimized
	   by vector processors.  That's why a CRAY doesn't look real
	   fast, they weren't built to do this sort of computing.

	5) DHRYSTONE does not measure OS performance, as it avoids
	   calling the O.S.  The O.S. is indicated in the results only
	   to help in identifying the compiler technology.

If somebody asked me to pick out the best machine for the money, I
wouldn't look at just the results of DHRYSTONE.  I'd probably:

	1) Run DHRYSTONE to get a feel for the compiler+processor
	   speed.
	2) Run any number of benchmarks to check disk I/O bandwidth,
	   using both sequential and random read/writes.
	3) Run a multitasking benchmark to check multi-user response
	   time.  Typically, these benchmarks run several types of
	   programs such as editors, shell scripts, sorts, compiles,
	   and plot the results against the number of simulated users.
	4) If appropriate for the intended use, run WHETSTONE, to determine
	   floating point performance.
	5) If appropriate for intended use, run some programs which do
	   vector and matrix computations.
	6) Figure out what the box will:
		- cost to buy
		- cost to operate and maintain
		- be worth when it is sold
		- be worth if the manufacturer goes out of business
	7) Having done the above, I probably have a hand-full of
	   machines which meet my price/performance requirements.
	   Now, I find out if the applications programs I'd like
	   to use will run on any of these machines.  I also find
	   out how much interest people have in writing new software
	   for the machine, and look carefully at the migration path
	   I will have to take when I reach the limits of the machine.

To summarize, DHRYSTONES by themselves are not anything more than
a way to win free beers when arguing 'Box-A versus Box-B' religion.
They do provide insight into Box-A/Compiler-A versus Box-A/Compiler-B
comparisons.

As usual, all comments and new results should be mailed directly
to me at ..ihnp4!castor!pcrat!dry.  I will summarize
and post to the net.  These results are also being sent to Rheinhold
Weicker for adding to his list of Pascal and Ada results.

A SPECIAL THANKS
I didn't write the DHRYSTONE benchmark.  Rheinhold Weicker did. He has
certainly provided us with a useful tool for benchmarking, and is
to be congratulated.

			Rick Richardson
			PC Research, Inc.
			(201) 834-1378 (9-17 EST)
			(201) 922-1134 (7-9,17-24 EST)
			..seismo!uunet!pcrat!rick	(normal mail)
			..seismo!uunet!pcrat!dry	(results only)



SHAR_EOF
fi
exit 0
#	End of shell archive
-- 
	Rick Richardson, President, PC Research, Inc.
(201) 922-1134 (voice, nights)   OR   (201) 834-1378 (voice, days)
		seismo!uunet!pcrat!rick
		ihnp4!castor!pcrat!rick