|
|
|
|
Embeddable cryptographic processors
Below is a non-exhaustive overview of cryptographic processors, also known
as crypto chips. Some chips contain a single encryption algorithm
and were developed for a specific application or device, whilst others are
more universal and may by found various cryptographic products.
|
 |
Crypto chips on this website
|
 |
 |
|
 |
Sorted by year
|
 |
|
|
|
Name | Year | Manufacturer | NSA Type | Description / examples |
|
OQ4406 1
|
1974
|
Philips
|
-
| Aroflex I, NATO
|
OQ4407 1
|
1974
|
Philips
|
-
|
T-1000 CA (Beroflex)
|
OQ4430
|
1984
|
Philips
|
1
| SAVILLE, Spendex 40, Spendex 50
|
U-AJU
|
1987
|
Motorola
|
1, 2
| STU-III, SECTEL 2500
|
OQ4434
|
1989
|
Philips
|
-
| Proprietary, PNVX, etc.
|
OQ4435
|
1989
|
Philips
|
-
| Proprietary, PNVX, RNG, etc.
|
OQ4436
|
1989
|
Philips
|
-
| Aroflex I/II, NATO, PNVX, etc.
|
Fascinator
|
1989
|
Motorola
|
1
| SAVILLE
|
RAILMAN
|
1991
| NSA
|
1
| U-AXM, SAVILLE
|
CYPRIS
|
1992
|
Lockheed Martin
|
1
|
Fully programmable, legacy, new
|
PPC100
|
1992
|
Pijnenburg
|
-
| DES
|
PPC200
|
1992
|
Pijnenburg
|
-
| RSA
|
GCD
|
1993
|
Philips
|
-
| RNG, DES, RSA, Proprietary, etc.
|
Clipper
|
1993
| NSA, Mykotronx
|
2
| Skipjack, key escrow
|
PPC201
|
1994
|
Pijnenburg
|
-
| RSA 1024
|
PPC2010
|
1994
|
Pijnenburg
|
-
| 3DES, RSA, MD5
|
Indictor
|
1994
| NSA, Motorola
|
1, 2
| SAVILLE, PADSTONE, CORDOBA
|
GCD-Φ
|
1996
|
Philips
|
-
| RNG, BATON, DES, AES, IDEA, SHA, etc.
|
Citadel I
|
1997
|
Harris
|
4
|
MK-128. 2
|
PPC101
|
1997
|
Pijnenburg
|
-
| 3DES
|
AIM
|
1998
|
Motorola
|
1, 3
| SAVILLE, BATON, DES, 3DES, AES, etc.
|
Sierra
|
1998
|
Harris
|
1
| SAVILLE, BATON, WALBURN, etc.
|
GCD-Φ 2000
|
1999
|
Philips
|
-
|
Improved version of GCD-Φ
|
PPC2020
|
2001
|
Pijnenburg
|
-
| 3DES, RSA, MD5, embedded ARM
|
Citadel II
|
2004
|
Harris
|
4
|
MK-256. 2
|
Sierra II
|
2004
|
Harris
|
1, 3, 4
| SAVILLE, BATON, WALBURN, AES, etc.
|
SafeXcel
|
2004
|
SafeNet, Rambus
|
-
| DES, 3DES, AES, ARC4, MD5, SHA, RNG
|
AIM II
|
2011
|
General Dynamics
|
1, 3
|
Same as AIM + ECC, ECDSA, ACME, etc.
|
|
 |
-
This is not a single-chip design.
Multiple chips are needed to impmement the algorith,
-
Approved for export from the USA.
|
-
This is not a single-chip design.
Multiple chips are needed to impmement the algorith,
|
|
|
Any links shown in red are currently unavailable.
If you like the information on this website, why not make a donation?
© Crypto Museum. Created: Sunday 12 May 2024. Last changed: Wednesday, 15 May 2024 - 07:38 CET.
|
 |
|
|
|
| |