VAMPIRE

eBACS: ECRYPT Benchmarking of Cryptographic Systems


ECRYPT II
General information:IntroductioneBASHeBASCeBAEADeBATSSUPERCOPXBXComputersArch
How to submit new software:Tipshashstreamaeaddhkemencryptsign
List of primitives measured:lwcsha3hashstreamlwccaesaraeaddhkemencryptsign
Measurements:lwcsha3hashstreamlwccaesaraeaddhkemencryptsign
List of subroutines:verifydecodeencodesortcorehashblocksxofscalarmult

Measurements of public-key Diffie–Hellman secret-sharing systems on one machine: amd64; Zen 2 (860f81); 2021 AMD Ryzen 3 5300U; 4 x 2600MHz; lucienne, supercop-20240909

[Page version: 20241006 02:11:52]

eBATS (ECRYPT Benchmarking of Asymmetric Systems) is a project to measure the performance of public-key systems. This page presents benchmark results collected in eBATS for public-key Diffie–Hellman secret-sharing systems:

Each table row lists the first quartile of many speed measurements, the median of many speed measurements, the third quartile of many speed measurements, and the name of the primitive. Measurements with large variance are indicated in red with question marks. The symbol T: (starting with supercop-20200816) means that the SUPERCOP database at the time of benchmarking did not list constant time as a goal for this implementation. The symbol T!!! means that constant time was listed as a goal for this implementation, but that the implementation failed TIMECOP. (TIMECOP failures are not necessarily security issues; they can sometimes be resolved by, e.g., declaring that a rejection-sampling condition is safe to declassify.)

There is a separate page with more information about each Diffie–Hellman system and each implementation. Designers and implementors interested in submitting new Diffie–Hellman systems and new implementations of existing systems should read the call for submissions.


Test results

Graphs: (pkcycles,pkbytes) (scycles,pkbytes)

Cycles to generate a key pair
25%50%75%system
215012275224348
T:
jacfp127i
223252375325357
T:
kumjacfp127g
238962513427148
T:
prjfp127i
248172596027635
T:
hecfp127i
299383106632950
T:
jacfp128bk
332543426536626
T:
prjfp128bk
338413518637270
T:
hecfp128bk
339493537337349
T:
hecfp128fkt
339733542837481
T:
hecfp128i
398374047242383
T:
curve2251
434754388944087
T:
gls254
438764393243947
T:
gls254prot
535845359753633
T:
k277taa
601646073961377
T:
gls1271
607546082560914
T:
kummer
638496389964023
T:
k298
821188218582331
T:
kumfp127g
865988659986612
T:
k277mon
109255109312109368
T:
kumfp128g
134888135040135042
T:
curve25519
159405159673160855
T:
ed448goldilocks
163188164663166258
T:
sclaus1024
237211237479237706
T:
nistp256
441564443944444891
T:
surf2113
804494805309806157
T:
ed521gs
849004853493859877
T:
sclaus2048
940360941405942523
T:
nist521gs
975235977809980843
T:
claus
Cycles to compute a shared secret
25%50%75%system
412554139641423
T:
gls254
437644376443766
T:
gls254prot
535755358653592
T:
k277taa
607396093761495
T:
kummer
637156375063789
T:
k298
836208369483746
T:
kumfp127g
844718452984575
T:
jacfp128bk
859838606286231
T:
kumjacfp127g
865678658486584
T:
k277mon
989759899599186
T:
prjfp128bk
102352102397102446
T:
hecfp128bk
106073106122106496
T:
hecfp128fkt
114874114897115001
T:
kumfp128g
128233128265128351
T:
jacfp127i
134816135083135182
T:
curve25519
146515148929152362
T:
gls1271
156289157496157551
T:
curve2251
159632159684159724
T:
prjfp127i
163147163225163691
T:
hecfp127i
166378166636168229
T:
sclaus1024
225448225516226185
T:
hecfp128i
441819441925442054
T:
surf2113
483101483997484445
T:
ed448goldilocks
597164599158599887
T:
nistp256
804312805148805773
T:
ed521gs
846061853407860932
T:
sclaus2048
941434950325953808
T:
nist521gs
976367977898978441
T:
claus