95C68 Search Results

CA95C68

Abstract: CA95C18 CA95C09 95C09 "data ciphering processors"
Contextual Info: NEWBRIDGE MICROSYSTEMS NEWBRIDGE MICROSYSTEMS =,4E D JANUARY 1993 • bSflfilOl DQOSQSS 35S ■ NBMC 95C68/18/09 DES DATA CIPHERING PROCESSORS (DCP • Encrypts/Decrypts data using National Bureau of Standards Data Encryption Standard (DES) • High speed, pin and function compatible version

SIS 661

Abstract: VM009 CA95C68 CA95C18 CA95C09 AM9518 AM9568 SDS S4 24V Z8000 nb11c
Contextual Info: NEWBRIDGE MICROSYSTEMS NEWBRIDGE MICROSYSTEMS =,4E D JANUARY 1993 • bSflfilOl DQOSQSS 35S ■ NBMC 95C68/18/09 DES DATA CIPHERING PROCESSORS (DCP • Encrypts/Decrypts data using National Bureau of Standards Data Encryption Standard (DES) • High speed, pin and function compatible version

Contextual Info: ~PI C A 9 5 C 6 8 I 1 8109 DES DATA CIPHERING PROCESSORS DCP • Encrypts/Decrypts data using National Bureau | of Standards Data Encryption Standard (DES) • High speed, pin and function compatible version of industry standard AMD AM9568, AM9518 and VLSI VM009

VM009

Abstract: Z8000 "data ciphering processors" CA95C68 CA95C18 CA95C09 AM9518 AM9568
Contextual Info: APR 13 1993 # NEWBRIDGE JANUARY 1993 95C68/18/09 MICROSYSTEMS D ES DATA C IP H E R IN G P R O C E S S O R S DC P Encrypts/Decrypts data using National Bureau of Standards Data Encryption Standard (DES) Three separate registers for encryption, decryption and master keys improve system

CA95C68

Abstract: CA95C18 CA95C09 AM9568 "data ciphering processors"
Contextual Info: 95C68/18/09 DES DATA CIPHERING PROCESSORS DCP • Encrypts/Decrypts data using National Bureau of Standards Data Encryption Standard (DES) • High speed, pin and function compatible version of industry standard AMD AM9568, AM9518 and VLSI VM009 • Supports four standard ciphering modes:

CBC 337

Abstract: AM9568 CA20C03A CA95C18 CA95C68 RBG1210 dcp 4 z CA20C03A-10 CA20C03A-5 CA20C03W-5
Contextual Info: CA20C03A & CA20C03W NEWBRIDGE DES ENCRYPTION PROCESSORS MICROSYSTEMS • The CA20C03A is an improved version o f the DES encryption processor designed by Newbridge Microsystems, while the CA20C03W is the Western Digital WD20C03A silicon sold and supported exclusively by Newbridge

Contextual Info: CA20C03A & CA20C03W NEWBRIDGE DES ENCRYPTION PROCESSORS MICROSYSTEMS • The CA20C03A is an improved version o f the DES encryption processor designed by Newbridge Microsystems, while the CA20C03W is the Western Digital WD20C03A silicon sold and supported exclusively by Newbridge

Contextual Info: APR 13 1993 # • NEWBRIDGE JANUARY 1993 C A 9 5 C 6 8 /1 8 /0 9 MICROSYSTEMS DES DATA CIPHERING PROCESSORS DCP Encrypts/Decrypts data using National Bureau of Standards Data Encryption Standard (DES) • High speed, pin and function com patible version

bently nevada 3500 operation manual

Abstract: bently nevada Bently Nevada 3500 bently nevada 3500 manual Bently Nevada 3500 series bently Bently Nevada Testing Manual automatic teller machine diagram AM9568-PC bently nevada 3500 installation manual
Contextual Info: The information in this document is subject to change without notice and should not be construed as a commitment by Tundra Semiconductor Corporation. While reasonable precautions have been taken, Tundra Semiconductor Corporation assumes no responsibility for any errors that may appear in this document.

95C68

Abstract: AM9518 AM9568 CA95C68 CA95C18 CA95C09 Tundra Semiconductor VM009 Z8000 DCP30
Contextual Info: A B T U N D R A C A 9 5 C 6 8 I18 I0 9 DES DATA CIPHERING PROCESSORS DCP Encrypts/Decrypts data using National Bureau | of Standards Data Encryption Standard (DES) High speed, pin and function compatible version of industry standard AMD AM9568, AM9518 and VLSI VM009

AM9568

Abstract: CA95C68 CA95C18 CA95C09 AM9518 VM009 Z8000 5-NS35 "data ciphering processors"
Contextual Info: Ì B T U N D R A C A 9 5 C 6 8 I18 I0 9 DES DATA CIPHERING PROCESSORS DCP Encrypts/Decrypts data using National Bureau | of Standards Data Encryption Standard (DES) High speed, pin and function compatible version of industry standard AMD AM9568, AM9518 and VLSI VM009