VAMPIRE

eBACS: ECRYPT Benchmarking of Cryptographic Systems
ECRYPT II
General information: Introduction eBASH eBASC eBATS SUPERCOP XBX Computers
How to submit new software: Hash functions Stream ciphers DH functions Public-key encryption Public-key signatures
List of primitives measured: SHA-3 candidates All hash functions Stream ciphers DH functions Public-key encryption Public-key signatures
Measurements indexed by machine: SHA-3 candidates All hash functions Stream ciphers DH functions Public-key encryption Public-key signatures

Computers used for benchmarking cryptographic systems

This page describes the specific computers used for eBACS/eBATS/eBASC/eBASH measurements.

Would you like to contribute CPU cycles to benchmarking? See the SUPERCOP page for more information on how you can add computers to this list.

Thanks to everyone who has run the benchmark scripts on their computers, and thanks to everyone who has provided computers and accounts for benchmarking.

Architecture notes

ManufacturerArchitectureNotes
AMDK7CPU ID 622
AMDK8CPU ID 20f10 (Egypt), 40f13 (Santa Rosa), 40fb2
AMDK10 65nmCPU ID 100f23 (Agena, Barcelona)
AMDK10 45nmCPU ID 100f42 (Deneb, Shanghai), 100fa0 (Thuban)
AMDK10 32nmCPU ID 300f10 (Llano)
AMDBobcatCPU ID 500f20 (Brazos)
IntelP6CPU ID 672, 683
IntelPMCPU ID 6d8
IntelP4 NetBurstCPU ID f0a (Willamette), f12 (Willamette), f25 (Northwood)
IntelP4 PrescottCPU ID f41, f43, f64
IntelC2 65nmCPU ID 6f2 (Allendale, Conroe), 6f6 (Allendale, Conroe, Woodcrest), 6f8 (Kenstfield), 6fb (Kentsfield, Merom, Clovertown, Tigerton), 6fd (Allendale, Conroe)
IntelC2 45nmCPU ID 10676 (Harpertown, Wolfdale), 10677 (Yorkfield), 1067a (Penryn, Wolfdale)
IntelAtomCPU ID 106c2 (Diamondville), 106ca (Pineview)
IntelNehalemCPU ID 106a5 (Bloomfield, Gainestown), 106e5 (Clarksfield, Lynnfield), 206e6 (Beckton)
IntelWestmereCPU ID 20652 (Arrandale), 20655 (Arrandale), 206c2 (Gulftown)
IntelSandy BridgeCPU ID 206a7

Computers

CPU release dateArchitectureCPU; cores in computer x MHzComputer nameOwnerReportsLatest report
2011amd64; Bobcat (500f20)AMD E-450; 2 x 1650h4e450University of Illinois at Chicago3supercop-20120120
2011amd64; Bobcat (500f20)AMD E-450; 2 x 1650h5e450University of Illinois at Chicago2supercop-20111120
2011amd64; Bobcat (500f20)AMD E-350; 2 x 1600h4e350University of Illinois at Chicago3supercop-20120120
2011amd64; K10 32nm (300f10)AMD A8-3850; 4 x 2900hydra5University of Illinois at Chicago4supercop-20120207
2011amd64; K10 32nm (300f10)AMD A6-3650; 4 x 2600hydra4University of Illinois at Chicago4supercop-20120207
2011amd64; Sandy Bridge (206a7)Intel Xeon E3-1220L; 2 x 2200; threads; boostbackupDeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2011amd64; Sandy Bridge (206a7)Intel Core i7-2600K; 4 x 3400; threadssandy0Academia Sinica; thanks to Peter Schwabe for running benchmarks2supercop-20110708
2011amd64; Sandy Bridge (206a7)Intel Core i5-2500K; 4 x 3293elroyBen Denton; thanks to Ben Denton for running benchmarks1supercop-20110106
2011amd64; Sandy Bridge (206a7)Intel Core i5-2400; 4 x 3100; boostmangetsuGilles Van Assche; thanks to Gilles Van Assche for running benchmarks2supercop-20120120
2011amd64; Sandy Bridge (206a7)Intel Core i3-2310M; 2 x 2100bridgeUniversity of Illinois at Chicago2supercop-20120207
2010armeabi (v7-A, Tegra 2)NVIDIA Tegra 2; 2 x 1000h5tegraUniversity of Illinois at Chicago3supercop-20120120
2010ppc64POWER7; 64 x 3550gcc1power7Oregon State University2supercop-20120120
2010amd64; K10 45nm (100fa0)AMD Phenom II X6 1100T; 6 x 3300hydra3University of Illinois at Chicago9supercop-20120207
2010amd64; K10 45nm (100fa0)AMD Phenom II X6 1090T; 6 x 3200agamemnonDeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; K10 45nm (100fa0)AMD Phenom II X6 1090T; 6 x 3200hydra1University of Illinois at Chicago15supercop-20120120
2010amd64; K10 45nm (100fa0)AMD Phenom II X6 1055T; 6 x 2800phenomMartin Schläffer; thanks to Martin Schläffer for running benchmarks3supercop-20110106
2010amd64; Nehalem (206e6)Intel Xeon X7560; 32 x 2266; threads; boostbigmemDanilo Gligoroski; thanks to Danilo Gligoroski for running benchmarks2supercop-20110825
2010amd64; Westmere (206c2)Intel Xeon X5680; 12 x 3325; threads; boostcryptologicVirginia Tech; thanks to Patrick Schaumont for running benchmarks17supercop-20120120
2010amd64; Westmere (206c2)Intel Xeon E5620; 8 x 2401; threads; boostgiant4Academia Sinica39supercop-20120207
2010amd64; Westmere (206c2)Intel Xeon E5620; 4 x 2400; threadsdb01DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; Westmere (206c2)Intel Xeon E5620; 4 x 2400; threadsdb02DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; Westmere (206c2)Intel Xeon E5620; 4 x 2400hydra2University of Illinois at Chicago12supercop-20120207
2010amd64; Westmere (20655)Intel Core i5 M 540; 2 x 2533spiderlandDiego de Freitas Aranha; thanks to Diego de Freitas Aranha for running benchmarks1supercop-20110825
2010amd64; Westmere (20655)Intel Core i5 M 520; 2 x 2400johndoeBenedikt Westermann; thanks to Benedikt Westermann for running benchmarks3supercop-20110106
2010amd64; Westmere (20655)Intel Core i5 M 520; 2 x 2400; boostwideloadCraig Harmer; thanks to Craig Harmer for running benchmarks2supercop-20101204
2010amd64; Westmere (20655)Intel Core i3-540; 2 x 3059; threadslbl01DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; Westmere (20652)Intel Pentium G6950; 2 x 2800bazingaDeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; Atom (106ca)Intel Atom N455; 1 x 1000h2atomUniversity of Illinois at Chicago11supercop-20120120
2010amd64; Nehalem (106a5)Intel Xeon E5503; 2 x 1995sto01DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2010amd64; Nehalem (106a5)Intel Xeon E5503; 2 x 1995sto02DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2009armeabi (v7-A, Cortex A8)Freescale i.MX515; 1 x 800gcc33FSF France18supercop-20110509
2009armeabi (v7-A, Cortex A8)Freescale i.MX515; 1 x 800h1mx515University of Illinois at Chicago4supercop-20120120
2009armeabi (v7-A, Cortex A8)Freescale i.MX515; 1 x 800h4mx515eUniversity of Illinois at Chicago2supercop-20111120
2009amd64; K10 45nm (100f42)AMD Phenom II X4 955; 4 x 3200morningstarUniversity of Illinois at Chicago17supercop-20101204
2009amd64; Nehalem (106e5)Intel Core i7 920X; 4 x 1999; boostellprecisioDanilo Gligoroski; thanks to Danilo Gligoroski for running benchmarks4supercop-20110825
2009amd64; Nehalem (106e5)Intel Core i5 750; 4 x 2660astroBen Denton; thanks to Ben Denton for running benchmarks1supercop-20110106
2009amd64; Atom (106ca)Intel Atom D510; 2 x 1667; threadsgcc47FSF France12supercop-20120120
2009amd64; Nehalem (106a5)Intel Xeon E5530; 8 x 2400coolmagmaDanilo Gligoroski; thanks to Danilo Gligoroski for running benchmarks16supercop-20110825
2009amd64; Nehalem (106a5)Intel Xeon E5506; 4 x 2128web01DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2009amd64; Nehalem (106a5)Intel Xeon E5506; 4 x 2128web02DeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2009amd64; Nehalem (106a5)Intel Xeon E5504; 8 x 2000dragonNational Taiwan University27supercop-20120207
2009x86; Atom (106c2)Intel Atom N280; 1 x 1667slimD. J. Bernstein and Tanja Lange10supercop-20120120
2008amd64; K10 45nm (100f42)AMD Opteron 2376; 8 x 2300angel0Academia Sinica13supercop-20101002
2008amd64; K10 65nm (100f23)AMD Phenom 9550; 4 x 2200rangerAcademia Sinica40supercop-20120207
2008amd64; K10 65nm (100f23)AMD Opteron 8354; 8 x 2194gcc16INRIA Saclay24supercop-20120207
2008amd64; Nehalem (106a5)Intel Core i7 920; 4 x 2793; boostgameboy3Craig Harmer; thanks to Craig Harmer for running benchmarks2supercop-20101204
2008amd64; Nehalem (106a5)Intel Core i7 920; 4 x 2668; threads; boostherculesBenedikt Westermann; thanks to Benedikt Westermann for running benchmarks1supercop-20101029
2008amd64; C2 45nm (1067a)Intel Core 2 Duo E8400; 2 x 3000boingSamuel Neves; thanks to Samuel Neves for running benchmarks22supercop-20110914
2008amd64; C2 45nm (10677)Intel Core 2 Quad Q9550; 4 x 2833berlekampNational Taiwan University43supercop-20120207
2008x86; Atom (106c2)Intel Atom Z520; 1 x 1330h3atomUniversity of Illinois at Chicago3supercop-20120120
2008x86; C2 45nm (10676)Intel Core 2 Duo E8300; 2 x 2833tahoe04Norwegian University of Science and Technology; thanks to Eirik Haver for running benchmarks1supercop-20101014
2007?mips64ICT Loongson-2 V0.3; 1 x 892gcc42FSF France2supercop-20120120
2007?mips64ICT Loongson-2 V0.3; 1 x 892gcc52FSF France7supercop-20110609
2007amd64; C2 45nm (10676)Intel Xeon X5450; 8 x 2992gcc14smile.fr24supercop-20120207
2007amd64; C2 45nm (10676)Intel Xeon E5440; 8 x 2826lumenJan Mojžíš; thanks to Jan Mojžíš for running benchmarks3supercop-20100903
2007amd64; C2 45nm (10676)Intel Xeon E5430; 8 x 2666giant0Academia Sinica19supercop-20120207
2007amd64; C2 45nm (10676)Intel Xeon E5420; 4 x 2494josSTMicroelectronics; thanks to Gilles Van Assche for running benchmarks13supercop-20120120
2007amd64; C2 45nm (10676)Intel Xeon E5420; 8 x 2494macekJan Mojžíš; thanks to Jan Mojžíš for running benchmarks4supercop-20100903
2007amd64; C2 65nm (6fd)Intel Core 2 Duo E4600; 2 x 2400cobraDanmarks Tekniske Universitet; thanks to Søren Thomsen for running benchmarks35supercop-20111120
2007amd64; C2 65nm (6fb)Intel Xeon X3220; 4 x 2400lanczosAcademia Sinica6supercop-20110106
2007amd64; C2 65nm (6fb)Intel Xeon X3220; 4 x 2399enigmaVirginia Tech; thanks to Patrick Schaumont for running benchmarks21supercop-20120120
2007amd64; C2 65nm (6fb)Intel Core 2 Quad Q6600; 4 x 2405utrechtD. J. Bernstein and Tanja Lange36supercop-20120120
2007amd64; C2 65nm (6fb)Intel Core 2 Quad Q6600; 4 x 2404margauxTechnische Universiteit Eindhoven36supercop-20120207
2007amd64; C2 65nm (6fb)Intel Core 2 Quad Q6600; 4 x 2394latourTechnische Universiteit Eindhoven38supercop-20120207
2007amd64; C2 65nm (6fb)Intel Core 2 Quad Q6600; 4 x 2394nmih002NMI Build and Test Lab at the University of Wisconsin at Madison13supercop-20101204
2007amd64; C2 65nm (6fb)Intel Core 2 Quad Q6600; 1 x 2394nmiv001NMI Build and Test Lab at the University of Wisconsin at Madison14supercop-20110106
2007amd64; C2 65nm (6fb)Intel Core 2 Duo T7300; 2 x 2000tridentUniversity of Illinois at Chicago35supercop-20120120
2007amd64; C2 65nm (6f8)Intel Core 2 Quad Q6600; 1 x 2394nmiv003NMI Build and Test Lab at the University of Wisconsin at Madison10supercop-20100926
2006armeabi (v7-M, Cortex M3)Luminary Micro LM3S811; 1 x 6clix104lm3s811XBX; thanks to Christian Wenzel-Benner and Jens Gräf for running benchmarks2xbx-20101114
2006?armeabi (v6, 1136J)TI OMAP 2420; 1 x 400diabloDonation from Nokia7supercop-20110914
2006cellspu (PS3)Cell; 8 x 3192; threadsnmi0249NMI Build and Test Lab at the University of Wisconsin at Madison9supercop-20101204
2006cellspu (PS3)Cell; 8 x 3192; threadsstanPeter Schwabe8supercop-20120120
2006amd64; K8 (40fb2)AMD Athlon 64 X2; 2 x 2000maceUniversity of Illinois at Chicago29supercop-20120207
2006amd64; K8 (40f13)AMD Opteron 2212; 4 x 2000gcc11FSF France24supercop-20120207
2006amd64; P4 Prescott (f64)Intel Pentium D; 2 x 3392nmi0104NMI Build and Test Lab at the University of Wisconsin at Madison18supercop-20110106
2006amd64; P4 Prescott (f64)Intel Pentium D; 2 x 3392nmi0241NMI Build and Test Lab at the University of Wisconsin at Madison16supercop-20110106
2006amd64; C2 65nm (6fb)Intel Xeon E5345; 8 x 2331pinkyStefan Heyse; thanks to Stefan Heyse for running benchmarks1supercop-20100903
2006amd64; C2 65nm (6f6)Intel Xeon 5130; 4 x 1995motykaJan Mojžíš; thanks to Jan Mojžíš for running benchmarks2supercop-20100903
2006amd64; C2 65nm (6f6)Intel Core 2 Duo E6400; 2 x 2137katanaUniversity of Illinois at Chicago58supercop-20120207
2006amd64; C2 65nm (6f2)Intel Core 2 Duo E6300; 2 x 1833nmi0247NMI Build and Test Lab at the University of Wisconsin at Madison8supercop-20101111
2006x86; P4 Prescott (f64)Intel Pentium D; 2 x 3391nmi0099NMI Build and Test Lab at the University of Wisconsin at Madison19supercop-20110106
2006?x86; Eden (6d0)Via Eden ULV; 1 x 1600h1edenUniversity of Illinois at Chicago2supercop-20111120
2005?armeabi (v4T, 920T)Atmel AT91RM9200; 1 x 180clix109m501XBX; thanks to Christian Wenzel-Benner and Jens Gräf for running benchmarks1xbx-20101017
2005avrAtmel ATmega1281; 1 x 16clix1031281XBX; thanks to Christian Wenzel-Benner and Jens Gräf for running benchmarks1xbx-20101017
2005ppc32; G4 (G4)Motorola PowerPC G4 7447a; 1 x 1416h1g4University of Illinois at Chicago11supercop-20120120
2005sparcv9Sun UltraSPARC T1; 8 x 1000; threadsdeluxeESIEE19supercop-20110914
2005?amd64; P4 Prescott (f43)Intel Xeon; 2 x 3000; threadscharlieJan Mojžíš; thanks to Jan Mojžíš for running benchmarks4supercop-20100903
2005?amd64; P4 Prescott (f43)Intel Xeon; 2 x 3000; threadssalandaJan Mojžíš; thanks to Jan Mojžíš for running benchmarks3supercop-20100903
2005?amd64; P4 Prescott (f41)Intel Xeon; 4 x 2800; threadsnmi0056NMI Build and Test Lab at the University of Wisconsin at Madison9supercop-20100821
2005?amd64; P4 Prescott (f41)Intel Xeon; 4 x 2800; threadsnmi0063NMI Build and Test Lab at the University of Wisconsin at Madison19supercop-20110106
2004?armeabi (v5TE)Intel XScale IXP420; 1 x 266clix106nslu2XBX; thanks to Christian Wenzel-Benner and Jens Gräf for running benchmarks2xbx-20101114
2004?mipso32 (4KEc)TI AR7; 1 x 212clix1077170XBX; thanks to Christian Wenzel-Benner and Jens Gräf for running benchmarks2xbx-20101114
2004?ppc64IBM POWER5; 4 x 2097; threadsnmi0154NMI Build and Test Lab at the University of Wisconsin at Madison10supercop-20110106
2004?ppc64IBM POWER5; 16 x 1900; threadsnode2Jørn Amundsen; thanks to Jørn Amundsen for running benchmarks3supercop-20101002
2004amd64; P4 Prescott (f49)Intel Celeron D 341?; 1 x 2926daimosDeepSec; thanks to René Pfeiffer for running benchmarks1supercop-20111120
2004x86; P4 Prescott (f41)Intel Xeon; 2 x 2801; threadsnmi0061NMI Build and Test Lab at the University of Wisconsin at Madison12supercop-20100926
2004x86; P4 Prescott (f41)Intel Xeon; 2 x 2801; threadsnmi0062NMI Build and Test Lab at the University of Wisconsin at Madison18supercop-20101204
2004?x86; PM (6d8)Intel Pentium M; 1 x 800atlasD. J. Bernstein10supercop-20110716
2003ia64HP Itanium II; 2 x 1396nmi0065NMI Build and Test Lab at the University of Wisconsin at Madison15supercop-20110106
2003ia64HP Itanium II; 2 x 1300ticFSF France2supercop-20120120
2003?ppc64IBM PowerPC G5 970; 1 x 1800gcc40FSF France21supercop-20110708
2003sparcv9Sun UltraSPARC IIIi; 1 x 1062nmi0039NMI Build and Test Lab at the University of Wisconsin at Madison4supercop-20101111
2002?ia64HP Itanium II; 2 x 997nmi0058NMI Build and Test Lab at the University of Wisconsin at Madison15supercop-20101111
2002x86; P4 NetBurst (f25)Intel Xeon; 2 x 2667nmi0036NMI Build and Test Lab at the University of Wisconsin at Madison10supercop-20100917
2001ppc32; G4 (G4)Motorola PowerPC G4 7410; 2 x 533ggggUniversity of Illinois at Chicago26supercop-20120120
2001ppc32Motorola PowerPC 750CXe; 1 x 600daedalusUniversity of Illinois at Chicago20supercop-20120120
2001?ppc64IBM POWER4; 6 x 1452tiggerUniversity of Illinois at Chicago30supercop-20120207
2001x86; P4 NetBurst (f12)Intel Pentium 4; 1 x 1900fireballUniversity of Illinois at Chicago38supercop-20120120
2000sparcv9Sun UltraSPARC III; 8 x 900icarusUniversity of Illinois at Chicago13supercop-20120120
2000x86; K7 (622)AMD Athlon; 1 x 900thothUniversity of Illinois at Chicago25supercop-20120120
1999x86; P6 (683)Intel Pentium 3; 1 x 532mannekeSTMicroelectronics; thanks to Gilles Van Assche for running benchmarks12supercop-20111120
1999x86; P6 (672)Intel Pentium 3; 1 x 448orpheusUniversity of Illinois at Chicago11supercop-20110106
1998x86; P6 (652)Intel Pentium 2; 1 x 333borisUniversity of Illinois at Chicago7supercop-20120120

Version

This is version 2012.02.08 of the computers.html web page. This web page is in the public domain.