KYV-5
Abstract: KY-57 ON431181-1 KYX-15 KG-84 Manual D 3001 N 58 T KOI-18 KG-84 kyk-13 dd13005
Text: Order this data sheet by 10223/D stfolÖtÖROLA SEMICONDUCTOR TECHNICAL DATA Military 10223 Indictor Communications Security Circuit The INDICTOR Communications Security COMSEC circuit is a CMOS LSI device which provides encryption of digitized voice and low-speed data signals for securing
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10223/D
KYV-5
KY-57
ON431181-1
KYX-15
KG-84 Manual
D 3001 N 58 T
KOI-18
KG-84
kyk-13
dd13005
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1351d
Abstract: circuit of data encryption and decryption
Text: Features • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process One Key Register Triple Data Encryption Capability Fully Scan Testable up to 100%
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16-clock
32-bit
1351D
10/01/0M
circuit of data encryption and decryption
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XC6200
Abstract: XC6216 XC6264 XACT6000 xilinx XC6216
Text: APPLICATION NOTE R DES Encryption and Decryption on the XC6216 XAPP 106 February 2, 1998 Version 1.0 Application Note by Ann Duncan Summary This note describes the design and implementation of DES (Data Encryption Standard) encryption/decryption using the XC6216
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XC6216
XC6200
XC6200DS
XC6200
XC6216
XC6264
XACT6000
xilinx XC6216
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Triple DES
Abstract: Triple DES embedded Triple Data Encryption Standard Triple DES circuit of data encryption and decryption
Text: Features • • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process for Single DES Two Key Registers Optimized for Triple Data Encryption Capability
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16-clock
32-bit
1364C
10/01/0M
Triple DES
Triple DES embedded
Triple Data Encryption Standard Triple DES
circuit of data encryption and decryption
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circuit diagram of speech to text with 8051
Abstract: headset circuit diagram walkie-talkie transceiver diagram dpcm microcontroller controlling wireless headset SWRA066 AVR335 INTERCOM FULL-duplex veroboard dpcm band width
Text: Application Note AN026 Wireless audio using CC1010 By O.A. Eek, R. Johnsen, K. H. Torvmark Keywords • • • • • Wireless audio CC1010 Full duplex operation Time-Division Duplex TDD Differential Pulse Code Modulation (DPCM) • DES encryption/decryption
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AN026
CC1010
CC1010
SWRA066
circuit diagram of speech to text with 8051
headset circuit diagram
walkie-talkie transceiver diagram
dpcm
microcontroller controlling wireless headset
SWRA066
AVR335
INTERCOM FULL-duplex
veroboard
dpcm band width
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PA13-0
Abstract: Triple DES
Text: Features • • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process for Single DES Two Key Registers Optimized for Triple Data Encryption Capability
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16-clock
32-bit
05/00/0M
PA13-0
Triple DES
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Untitled
Abstract: No abstract text available
Text: Features • • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process for Single DES Two Key Registers Optimized for Triple Data Encryption Capability
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16-clock
32-bit
1364B
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8294 intel
Abstract: intel 8294A 8257 DMA controller intel MCS4 kpe 353
Text: in te i 8294A DATA ENCRYPTION/DECRYPTION UNIT • Certified by National Bureau of ■ Single 5V ± 10% Power Supply Standards ■ 400 Byte/Sec Data Conversion Rate a Fully Compatible with iAPX-86, 88, MCS-8 5 TM, MCS-80 , MCS-5 1 TM, and ■ 64-Bit Data Encryption Using 56-Bit Key
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iAPX-86,
MCS-80TM,
64-Bit
56-Bit
8294 intel
intel 8294A
8257 DMA controller
intel MCS4
kpe 353
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1705
Abstract: No abstract text available
Text: Features • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process One Key Register Triple Data Encryption Capability Fully Scan Testable up to 100%
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16-clock
32-bit
1351C
1705
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Triple DES embedded
Abstract: 1351b
Text: Features • • • • • • Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 8, 4, 2, 1 Clock Cycle Encryption/Decryption Process One Key Register Triple Data Encryption Capability Fully Scan Testable up to 100%
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16-clock
32-bit
1351B
05/00/0M
Triple DES embedded
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Untitled
Abstract: No abstract text available
Text: 19-5800; Rev 0; 3/11 EVALUATION KIT AVAILABLE MAX9266 HDCP Gigabit Multimedia Serial Link Deserializer with LVDS System Interface General Description Features The MAX9266 gigabit multimedia serial link GMSL deserializer features an LVDS system interface and highbandwidth digital content protection (HDCP) decryption
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MAX9266
MAX9266
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CDRPLL
Abstract: MAX9266 MAX9265 3.125G prng ROSENBERGER
Text: 19-5800; Rev 0; 3/11 EVALUATION KIT AVAILABLE MAX9266 HDCP Gigabit Multimedia Serial Link Deserializer with LVDS System Interface General Description Features The MAX9266 gigabit multimedia serial link GMSL deserializer features an LVDS system interface and highbandwidth digital content protection (HDCP) decryption
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MAX9266
CDRPLL
MAX9265
3.125G
prng
ROSENBERGER
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1364D-CASIC-11
Abstract: No abstract text available
Text: Features Bus-compatible with the ARM7TDMI Core 16-clock Cycle Encryption/Decryption Process On Request: 16, 8, 4 Clock Cycle Encryption/Decryption Process for Single DES Two-key or Three-key Algorithms Optimized for Triple Data Encryption Capability Single or Triple Data Encryption Standard
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16-clock
64-bit
1364D
1364D-CASIC-11
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AM9568
Abstract: ZL27 AM9568DC processor Am2901
Text: 89S6UIV Am9568 Data Ciphering Processor DCP DISTINCTIVE CHARACTERISTICS Three separate key registers on one chip Separate registers for encryption key, decryption key and master key improve system security and throughput by eliminating need to reload keys frequently.
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Am9568
AM9568
ZL27
AM9568DC
processor Am2901
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VM009
Abstract: Z8000 "data ciphering processors" CA95C68 CA95C18 CA95C09 AM9518 AM9568
Text: APR 13 1993 # NEWBRIDGE JANUARY 1993 CA95C68/18/09 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
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19fl3
CA95C68/18/09
AM9568,
AM9518
VM009
Z8000
"data ciphering processors"
CA95C68
CA95C18
CA95C09
AM9568
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vms310
Abstract: No abstract text available
Text: Advanced Computing VMS310 OVERVIEW VLSI’s VMS310 is a unique design that offers a complete, versatile system-ona-chip cryptographic engine. As well as providing data encryption, public key management plus many other cryptographic support functions, the VMS310
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VMS310
PB-VMS310
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rfd5
Abstract: ge 5d3
Text: 8908ZUIV/81S6UJV Am9518/ AmZ8068 Data Ciphering Processor DISTINCTIVE CHARACTERISTICS T h re e se p a ra te k e y re g ist e rs o n -ch ip Separate registers for encryption key, decryption key and m aster key improve system security and throughput by eliminating need to reload keys frequently.
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Am9518/
AmZ8068
F002250
Am9518/AmZ8068
74LS30
74LS90
------------------------------Am9S18
74LS30
rfd5
ge 5d3
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cpld shelf life
Abstract: stratix2 FIPS-197 abstract Triple DES reverse engineering AES chips different vendors of cpld and fpga Manufacturer Logos bitstream fighter
Text: MILITARY ANTI-TAMPERING SOLUTIONS USING PROGRAMMABLE LOGIC Charlie Jenkins Altera, San Jose, California, [email protected] Christian Plante (Altera, San Jose, California, [email protected]) ABSTRACT 2. ISSUE OF DESIGN SECURITY WITH FPGAS Military applications are becoming increasingly complex.
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ECP2M
Abstract: HP3070 TN1169 TN1215 encryption key
Text: Advanced Security Encryption Key Programming Guide for LatticeECP2S, LatticeECP2MS, and LatticeECP3 Devices October 2010 Technical Note TN1215 Introduction All volatile FPGAs require non-volatile media, such as a SPI Flash device, to store the bitstream, which will configure or boot-up the FPGA. Therefore, SPI Flash memory is also known as the “boot PROM” for volatile FPGA
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TN1215
TN1108,
TN1109,
TN1169,
1-800-LATTICE
ECP2M
HP3070
TN1169
TN1215
encryption key
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key expansion for aes algorithm
Abstract: add round key for aes algorithm F326A AN324 0x00112233 C8051F326 optimized sbox decryption circuit of data encryption and decryption C8051F32
Text: AN324 A D V A N C E D E N C R Y P T I O N S TA N D A R D RELEVANT DEVICES All Silicon Labs MCUs. 1. Introduction The Advanced Encryption Standard AES is an algorithm used to encrypt and decrypt data for the purposes of protecting the data when it is transmitted electronically. The AES algorithm allows for the use of cipher keys that
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AN324
16-byte
key expansion for aes algorithm
add round key for aes algorithm
F326A
AN324
0x00112233
C8051F326
optimized sbox
decryption
circuit of data encryption and decryption
C8051F32
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Voice encryption
Abstract: wireless encrypt
Text: Encryption Products Catalogue 1 Introduction to Cryptography 1.1 History of Cryptography Cryptography is almost as old as civilization. The human desire for privacy when communicating leads inevitably to cryptography. Webster's Dictionary describes cryptography as: "the art or practice of preparing messages in a form intended to prevent their
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QFP-80 12MHz
Abstract: No abstract text available
Text: DS5002FP Secure Microprocessor Chip www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS5002FP secure microprocessor chip is a secure version of the DS5001FP 128k soft microprocessor chip. In addition to the memory and I/O enhancements of the DS5001FP, the secure
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DS5001FP,
QFP-80 12MHz
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QFP-80 12MHz
Abstract: BA10 BA11 BA12 DS5001FP DS5002FP intel 8051 microprocessor 8051 hex code
Text: DS5002FP Secure Microprocessor Chip www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS5002FP secure microprocessor chip is a secure version of the DS5001FP 128k soft microprocessor chip. In addition to the memory and I/O enhancements of the DS5001FP, the secure
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DS5002FP
DS5002FP
DS5001FP
DS5001FP,
QFP-80 12MHz
BA10
BA11
BA12
intel 8051 microprocessor
8051 hex code
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Untitled
Abstract: No abstract text available
Text: DS5002FP Secure Microprocessor Chip www.maxim-ic.com GENERAL DESCRIPTION FEATURES The DS5002FP secure microprocessor chip is a secure version of the DS5001FP 128k soft microprocessor chip. In addition to the memory and I/O enhancements of the DS5001FP, the secure
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DS5002FP
DS5002FP
DS5001FP
DS5001FP,
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