VAMPIRE	eBACS: ECRYPT Benchmarking of Cryptographic Systems	ECRYPT II

General information:	Introduction	eBASH	eBASC	eBAEAD	eBATS	SUPERCOP	XBX	Computers

How to submit new software:	Tips	hash	stream	aead	dh	kem	encrypt	sign

List of primitives measured:	lwc	sha3	hash	stream	lwc	caesar	aead	dh	kem	encrypt	sign

Measurements indexed by machine:	lwc	sha3	hash	stream	lwc	caesar	aead	dh	kem	encrypt	sign

List of subroutines:	verify	decode	encode	sort	core	hashblocks	scalarmult

List of core subroutines

Primitive	Description	Designers
`aes128decrypt`		Vincent Rijmen Joan Daemen
`aes128encrypt`		Vincent Rijmen Joan Daemen
`aes256decrypt`		Vincent Rijmen Joan Daemen
`aes256encrypt`		Vincent Rijmen Joan Daemen
`hsalsa20`	HSalsa20 producing 32 bytes of output from 16 bytes of input, 32 bytes of key, 16 bytes of constants	Daniel J. Bernstein
`inv3sntrup653`
`inv3sntrup761`
`inv3sntrup857`
`invhrss701`
`invsntrup653`
`invsntrup761`
`invsntrup857`
`keccakf160032bits`
`keccakf160064bits`
`mult3sntrup653`
`mult3sntrup761`
`mult3sntrup857`
`multsntrup653`
`multsntrup761`
`multsntrup857`
`rainbowcalsecret363232`
`rainbowcalsecret683248`
`rainbowcalsecret963664`
`salsa20`	Salsa20 core producing 64 bytes of output from 16 bytes of input, 32 bytes of key, 16 bytes of constants	Daniel J. Bernstein
`salsa208`	Salsa20/8 core producing 64 bytes of output from 16 bytes of input, 32 bytes of key, 16 bytes of constants	Daniel J. Bernstein
`salsa2012`	Salsa20/12 core producing 64 bytes of output from 16 bytes of input, 32 bytes of key, 16 bytes of constants	Daniel J. Bernstein
`scale3sntrup653`
`scale3sntrup761`
`scale3sntrup857`
`weightsntrup653`
`weightsntrup761`
`weightsntrup857`
`wforcesntrup653`
`wforcesntrup761`
`wforcesntrup857`

Implementations

Primitive	Implementation	Authors
`aes128decrypt`	`dolbeau/aesenc-int`	Romain Dolbeau
`aes128decrypt`	`dolbeau/armv8crypto`	Romain Dolbeau
`aes128decrypt`	`dolbeau/std-1rt-nodk`	Romain Dolbeau
`aes128decrypt`	`dolbeau/std-2rt-nodk`	Romain Dolbeau
`aes128decrypt`	`dolbeau/std-4rt-nodk`	Romain Dolbeau
`aes128decrypt`	`openssl`	Daniel J. Bernstein (wrapper around OpenSSL)
`aes128decrypt`	`ref`	Daniel J. Bernstein
`aes128encrypt`	`dolbeau/aesenc-int`	Romain Dolbeau
`aes128encrypt`	`dolbeau/armv8crypto`	Romain Dolbeau
`aes128encrypt`	`dolbeau/std-1ft`	Romain Dolbeau
`aes128encrypt`	`dolbeau/std-2ft`	Romain Dolbeau
`aes128encrypt`	`dolbeau/std-4ft`	Romain Dolbeau
`aes128encrypt`	`openssl`	Daniel J. Bernstein (wrapper around OpenSSL)
`aes128encrypt`	`ref`	Daniel J. Bernstein
`aes256decrypt`	`dolbeau/aesenc-int`	Romain Dolbeau
`aes256decrypt`	`dolbeau/armv8crypto`	Romain Dolbeau
`aes256decrypt`	`dolbeau/std-1rt-nodk`	Romain Dolbeau
`aes256decrypt`	`dolbeau/std-2rt-nodk`	Romain Dolbeau
`aes256decrypt`	`dolbeau/std-4rt-nodk`	Romain Dolbeau
`aes256decrypt`	`openssl`	Daniel J. Bernstein (wrapper around OpenSSL)
`aes256decrypt`	`ref`	Daniel J. Bernstein
`aes256encrypt`	`dolbeau/aesenc-int`	Romain Dolbeau
`aes256encrypt`	`dolbeau/armv8crypto`	Romain Dolbeau
`aes256encrypt`	`dolbeau/std-1ft`	Romain Dolbeau
`aes256encrypt`	`dolbeau/std-2ft`	Romain Dolbeau
`aes256encrypt`	`dolbeau/std-4ft`	Romain Dolbeau
`aes256encrypt`	`openssl`	Daniel J. Bernstein (wrapper around OpenSSL)
`aes256encrypt`	`ref`	Daniel J. Bernstein
`hsalsa20`	`ref`	Daniel J. Bernstein
`hsalsa20`	`ref2`	Daniel J. Bernstein
`inv3sntrup653`	`avx`
`inv3sntrup653`	`ref`
`inv3sntrup761`	`avx`
`inv3sntrup761`	`ref`
`inv3sntrup857`	`avx`
`inv3sntrup857`	`ref`
`invhrss701`	`avx2`
`invhrss701`	`faster`
`invhrss701`	`faster921`
`invhrss701`	`ref`
`invhrss701`	`simpler`
`invsntrup653`	`avx`
`invsntrup653`	`ref`
`invsntrup761`	`avx`
`invsntrup761`	`jumpdivsteps`	Daniel J. Bernstein Ming-Shing Chen Gregor Seiler Bo-Yin Yang
`invsntrup761`	`ref`
`invsntrup857`	`avx`
`invsntrup857`	`ref`
`keccakf160032bits`	`inplace1600ARMv6M`
`keccakf160032bits`	`inplace1600ARMv7A`
`keccakf160032bits`	`inplace1600ARMv7M`
`keccakf160032bits`	`inplace1600bi`
`keccakf160032bits`	`optimized1600ARMv6Mu1`
`keccakf160032bits`	`optimized1600ARMv6Mu2`
`keccakf160032bits`	`reference1600-32bits`
`keccakf160064bits`	`compact1600`
`keccakf160064bits`	`optimized1600AsmX86-64`
`keccakf160064bits`	`optimized1600AsmX86-64Apple`
`keccakf160064bits`	`optimized1600AsmX86-64shld`
`keccakf160064bits`	`optimized1600XOPu6`
`keccakf160064bits`	`optimized1600XOPufull`
`keccakf160064bits`	`optimized1600lcu6`
`keccakf160064bits`	`optimized1600lcufull`
`keccakf160064bits`	`optimized1600lcufullshld`
`keccakf160064bits`	`optimized1600u6`
`keccakf160064bits`	`optimized1600ufull`
`keccakf160064bits`	`reference1600`
`mult3sntrup653`	`avx`
`mult3sntrup653`	`ref`
`mult3sntrup761`	`32`
`mult3sntrup761`	`avx`
`mult3sntrup761`	`avx2unsigned`	Ming-Shing Chen
`mult3sntrup761`	`ref`
`mult3sntrup761`	`round1`
`mult3sntrup857`	`avx`
`mult3sntrup857`	`ref`
`multsntrup653`	`avx`
`multsntrup653`	`avx800`
`multsntrup653`	`ref`
`multsntrup761`	`avx`
`multsntrup761`	`avx800`
`multsntrup761`	`ref`
`multsntrup761`	`round1`
`multsntrup857`	`avx`
`multsntrup857`	`avx800`
`multsntrup857`	`ref`
`rainbowcalsecret363232`	`amd64`
`rainbowcalsecret363232`	`avx2`
`rainbowcalsecret363232`	`ref`
`rainbowcalsecret363232`	`ssse3`
`rainbowcalsecret683248`	`amd64`
`rainbowcalsecret683248`	`avx2`
`rainbowcalsecret683248`	`ref`
`rainbowcalsecret683248`	`ssse3`
`rainbowcalsecret963664`	`amd64`
`rainbowcalsecret963664`	`avx2`
`rainbowcalsecret963664`	`ref`
`rainbowcalsecret963664`	`ssse3`
`salsa20`	`armneon`	Daniel J. Bernstein
`salsa20`	`armneon2`	Daniel J. Bernstein
`salsa20`	`ref`	Daniel J. Bernstein
`salsa208`	`armneon`	Daniel J. Bernstein
`salsa208`	`armneon2`	Daniel J. Bernstein
`salsa208`	`ref`	Daniel J. Bernstein
`salsa2012`	`armneon`	Daniel J. Bernstein
`salsa2012`	`armneon2`	Daniel J. Bernstein
`salsa2012`	`ref`	Daniel J. Bernstein
`scale3sntrup653`	`avx`
`scale3sntrup653`	`ref`
`scale3sntrup761`	`avx`
`scale3sntrup761`	`ref`
`scale3sntrup857`	`avx`
`scale3sntrup857`	`ref`
`weightsntrup653`	`avx`
`weightsntrup653`	`ref`
`weightsntrup761`	`avx`
`weightsntrup761`	`ref`
`weightsntrup857`	`avx`
`weightsntrup857`	`ref`
`wforcesntrup653`	`avx`
`wforcesntrup653`	`ref`
`wforcesntrup653`	`ref2`
`wforcesntrup653`	`simpler`
`wforcesntrup761`	`avx`
`wforcesntrup761`	`ref`
`wforcesntrup761`	`ref2`
`wforcesntrup761`	`simpler`
`wforcesntrup857`	`avx`
`wforcesntrup857`	`ref`
`wforcesntrup857`	`ref2`
`wforcesntrup857`	`simpler`

Version

This is version 2021.02.08 of the primitives-core.html web page. This web page is in the public domain.

eBACS: ECRYPT Benchmarking of Cryptographic Systems

List of core subroutines

Implementations

Version