• Part: AT98SC008CT
  • Description: Secure ASSP
  • Manufacturer: Atmel
  • Size: 122.53 KB
Download AT98SC008CT Datasheet PDF
Atmel
AT98SC008CT
AT98SC008CT is Secure ASSP manufactured by Atmel.
Features General - - - - - - - - - - - - - - - Single Chip Turnkey Solution Strong Challenge-Response Authentication Using Digital Signature Digital Signature (3DES MAC, RSA PKCS#1, ECDSA) Encryption (3DES, RSA PKCS#1) Message Digest (SHA-1, SHA-256) Public Key Pair Generation (RSA including CRT or ECC) High Speed Hardware Cryptographic Engines - Hardware 3DES Crypto Accelerator (112-bits keys) - Hardware 32-bit Public Key Crypto Accelerator (RSA 2048 bits, ECC 239 bits) Secure AVR 8-/16-bit RISC CPU Internal 8K bytes EEPROM (10 years data retention, 500K cycles) with password protected file system Serial Peripheral Interface (SPI) or UART - Interface and 1 GPIO Hardware True Random Number Generator (RNG) Secure Architecture Based on ATMEL secure AVR Microcontroller (AT90SC) - To meet FIPS140-2 requirements - To meet mon Criteria EAL5+ requirements Operating Range 1.62V to 5.5V Lower Power Mode 44-QFN and 8-SOIC- Packages Secure ASSP AT98SC008CT Summary Description Based on ATMEL Smar t Card chip design exper tise and leadership. The AT98SC008CT is a fully integrated secure solution (Hardware and Firmware) designed for embedded systems (Servers/Routers, Peripherals, Set Top Boxes, PDAs, etc.). This secure chip has been designed to serve anti-cloning, access control and hardware protection applications. It provides an embedded crypto application allowing a strong authentication, digital signature, encryption, message digest and secure storage of user data (keys, etc.). The AT98SC008CT includes a hardware Triple DES supporting symmetric-key operations and a 32-bit crypto accelerator for public-key operations (RSA and Elliptic Curves signature algorithms). The chip prises also a hardware Random Number Generator used to generate on-chip public keys and challenges during authentication process. munication with the chip occurs through a SPI interface running up to 2 Mbps (UART interface will be implemented in the future). In addition to the crypto application, the chip...