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| Security & Chip Card ICs SLE 88CFX4000P 32-Bit Multi Application Security Controller with powerful Memory Management & Protection Unit in 0.13m CMOS Technology, 400 Kbytes configurable EEPROM, 16 Kbytes RAM, and 1408-bit Crypto Engine (Crypto@1408Bit) Preliminary Short Product Information 04.03 SLE 88CFX4000P Preliminary Short Product Information This document contains preliminary information on a new product under development. Details are subject to change without notice. Revision History: Previous Releases: Page Current Version 04.03 SLE 88CX1280P Preliminary Short Product Information Subjects (changes since last revision) Product name changed to SLE 88CFX4000P Important: Further information is confidential and on request. Please contact: Infineon Technologies AG in Munich, Germany, Secure and Mobile Solutions - Security Group Fax +49 89 234-81000 Published by Infineon Technologies AG, Secure and Mobile Solutions - Security Group St.-Martin-Strasse 76, D-81541 Munchen (c) Infineon Technologies AG 2003 All Rights Reserved. Attention please! The information herein is given to describe certain components and shall not be considered as warranted characteristics. Terms of delivery and rights to technical change reserved. We hereby disclaim any and all warranties, including but not limited to warranties of non-infringement, regarding circuits, descriptions and charts stated herein. Infineon Technologies is an approved CECC manufacturer. Information For further information on technology, delivery terms and conditions and prices please contact your nearest Infineon Technologies Office in Germany or our Infineon Technologies Representatives world-wide (see address list). Warnings Due to technical requirements components may contain dangerous substances. For information on the types in question please contact your nearest Infineon Technologies Office. Infineon Technologies Components may only be used in life-support devices or systems with the express written approval of Infineon Technologies, if a failure of such components can reasonably be expected to cause the failure of that life-support device or system, or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body, or to support and/or maintain and sustain and/or protect human life. If they fail, it is reasonable to assume that the health of the user or other persons may be endangered. SLE 88CFX4000P 32-Bit Multi Application Security Controller with powerful Memory Management and Protection Unit in 0.13m CMOS Technology, 400 Kbytes configurable EEPROM, 16 Kbytes RAM, and 1408-bit Crypto Engine (Crypto@1408Bit) Features * Dedicated smart card core: pipelined 32-Bit RISC micro-controller in 0.13 m CMOS technology with Integral Security Concept * Designed for maximum security and maximum performance at ultra low power consumption * 1K and 2K high performance Instruction and Data Cache Memories for instruction fetch and data access * Internal clock generation Adjustment of internal clock according to available power and required performance: * Increase internal clock for maximum speed (66 MHz) * Reduce internal clock for lowest power consumption Integral Security Concept * Hardware Memory Management and Protection Unit * Enhanced on-chip encryption of internal data * Low and high voltage sensors * Low and high frequency sensors * Spike filter for CLK * Reset filter * Temperature sensor * Glitch Sensor * Light Sensor * Watch Dog Timer for sensors initialization * User mode Sensor Life Control * Detection of forbidden states sensor * Unique chip identification number for each chip * Security optimized layout * Hardware encryption of memories * Targeted certification: Common Criteria level EAL5+ * Instruction set acceleration of Virtual Machine languages (e.g. Java CardTM, MULTOSTM, WPSCTM, ...) powerful Memory Management and Protection Unit (MMU) * Package Concept: application oriented memory partitioning * Secure hardware controlled execution of applications and application data access * Controlled access to peripherals * Hardware Error Correction Code for ROM, RAM and EEPROM * 4 Gbytes address range controlled by a * Efficient Task switch capability * 80 Kbytes of "hidden" ROM for the Platform Support Layer (PSL) and STS * 400 Kbytes of EEPROM, software configurable in code/data memory spaces with 4 Kbytes granularity, for application programs and data. Example: 256 Kbytes of code and 144 Kbytes of data or 320 Kbytes of code and 80 Kbytes of data * 16 Kbytes of RAM for local variables, buffers, and stacks Preliminary Short Product Information 3 / 10 04.03 SLE 88CFX4000P EEPROM * Self timed programming * 500,000 write/erase cycles per page * Data retention: min. 10 years @ 25C * EEPROM programming voltage generated on chip * Erase cycle time 1,3 ms * Write cycle time 1 ms * Page mode for programming up to 128 bytes at one shot Peripherals * 1408-bit Crypto Engine (Crypto@1408Bit, formerly Crypto2000) for fast execution of public key crypto algorithms * Optimized for RSA and Elliptic Curves GF(p) and GF(2m) * Key lengths up to 2048-bit * Dedicated 880 bytes of cryptocoprocessor RAM * DES Accelerator * DES and 3DES in hardware * Flexible key management * Optimized for data throughput (parallel load) * True Random Number Generator (TRNG), AIS-31 compliant * Three 16-bit Timers * Dedicated smart card UART, two I/O ports (IO1 and IO2), half and full duplex transmission, support for T=0, T=1 * Platform Support Layer (PSL) including device drivers for RNG, DES, Crypto@1408Bit, EEPROM, etc. Electrical Characteristics * Pin configuration and serial interface in accordance with ISO 7816 * Power saving sleep mode (< 100 A) * External clock freq.: 1 to 10 MHz * Supply voltage range: 1.62 V to 5.5 V * Current consumption * 0.35 mA/MHz internal clock frequency * Temperature range: -25C to +85C * ESD protection larger than 6 kV (MILStandard, HBM) Support * Integrated Development Environment (Windows 2000TM, NTTM and UNIX Workstation) for high-end software development and validation * Integrated simulator / debugger * Emulator for real-time debugging * Programmer's Manual with application notes (e.g.: T=0, T=1, 3DES, AES, RSA, Elliptic Curves, SHA1, CRC etc.) and software developer guidelines * C libraries (e.g. Crypto library) Preliminary Short Product Information 4 / 10 04.03 SLE 88CFX4000P Features (cont'd) Enhanced Crypto Performance Crypto@1408Bit Perf. at 5MHz [ms] 53 238 25.080 53 475 8 132 4.356 35.640 160 bit 160 bit 99 198 158 317 Crypto@1408Bit Perf. at 66MHz [ms] 4 18 1.900 4 35 0,5 11 330 2.700 8 15 12 24 Operation RSA signature (without CRT) RSA signature (without CRT) RSA signature (without CRT) RSA signature (with CRT) RSA signature (with CRT) RSA verification RSA verification RSA Key Generation (n=5) RSA Key Generation (n=5) EC DSA over GF(p) signature EC DSA over GF(p) verification EC DSA over GF(2 ) signature EC DSA over GF(2n) verification n Modulus 512 bit 1024 bit 2048 bit 1024 bit 2048 bit 1024 bit 2048 bit 1024 bit 2048 bit 160 bit 160 bit Exponent 512 bit 1024 bit 2048 bit 1024 bit 2048 bit 32 bit F_4 Note: Crypto@1408Bit works independently of I/O operations or DES calculations. Preliminary Short Product Information 5 / 10 04.03 SLE 88CFX4000P Pin Description VDD GND CLK RST Port 1 Port 2 SLE 88 CFX4000P Figure 1: Pin Configuration Pin Definitions and Functions Pin symbol Function VDD RST CLK GND Port 1, 2 Operating voltage Reset input Processor clock input Ground Bi-directional data ports Preliminary Short Product Information 6 / 10 04.03 SLE 88CFX4000P Block Diagram Sensor/Filter: Voltage Clock Reset Temperature Scalable CLK UART EEPROM 400 Kbyte Code/Data RAM 16 KByte Hidden" ROM 80 Kbyte for PSL 32-bit Bus 32-bit CPU with Memory Management and Protection Unit Voltage Regulator 16-bit Timers Crypto@1408Bit 880 Byte RAM DES Accelerator Random Number Generator Figure 2: SLE 88CFX4000P, 32-bit CPU and Peripherals General Description SLE 88CFX4000P is the first smart card microcontroller on the market in 0.13 micron CMOS technology. In this product family, Infineon Technologies realises increased security and performance while reducing power consumption, and additionally provides a platform for real multiapplication and multi-tasking operating systems. Performance and Virtual Machine Acceleration Performance is first of all enhanced by the 32-bit architecture that processes instructions and data 32-bit wise. This is supported by the implementation of cache memories in the core that allow faster access to instructions and data. Performance is also enhanced by a clock frequency of up to 66MHz. And finally, efficient support and an additional performance increase of multi-application schemes are gained by a hardware acceleration of Virtual Machine Languages like Java Card TM, MULTOSTM or WPSCTM. Large Memories The 32-bit architecture allows the linear addressing of large memories for a more convenient code implementation. With the 0.13 micron process, SLE 88CFX4000P offers largest on-chip-memories with 80 Kbytes of ROM, 400 Kbytes of EEPROM, and 16 Kbytes of RAM. The ROM is "hidden", which means that it is reserved for the Platform Support Layer (PSL) and the Self Test Software (STS) that are provided by Infineon Technologies, so that these lower code layers do not occupy the user memory space. The large EEPROM space is the basis of Infineon Technologies "Flash" Concept where the entire EEPROM is configurable in code and data sections with 4Kbytes granularity, and so it can be used to store Operating System, as well as application code and data. Each application can be tailored to fit its targeted project. This customization provides added value to the system and the possibility to serve multiple projects with the same platform. The 400K EEPROM are e.g. configurable as 256 Kbytes of code and 144 Kbytes of data or 320 Kbytes of code and 80 Kbytes of data. This concept offers the flexibility and convenience of Flash memory, but takes advantage of the EEPROM cell quality (timing, cycling and endurance). Preliminary Short Product Information 7 / 10 04.03 SLE 88CFX4000P Examples: Data 144Kbyte Data 80Kbyte Data 400 Kbyte configurable EEPROM Code 256Kbyte Code 320Kbyte Code PSL Hidden' ROM PSL PSL Figure 3: Memory configuration Real Memory Management Unit The Memory Management and Protection Unit (MMU) handles a virtual address range of 4 Gbytes, and serves as a hardware firewall to enable secure separation of adjacent application codes and data. A very efficient context/application switching mechanism allows fast switching between multiple tasks. Program and data modules are organised as packages. And each package has a defined memory range of 16 Mbytes with dedicated access rights for memories and peripherals. The flexible MMU concept also shortens development cycles for additional applications. It furthermore enables the secure downloading of applications in the field. Power Consumption SLE 88CFX4000P includes an intelligent power management module that covers the voltage classes A, B and C of the 3rd generation specification for mobile communication TS102 221. Preliminary Short Product Information 8 / 10 04.03 SLE 88CFX4000P Peripherals A number of powerful peripherals offer hardware support for time and code intensive operations. The Crypto@1408Bit is equipped with its own RAM of 880 bytes and supports all of the known public-key algorithms based on large integer modular arithmetic with configurable register lengths of up to 1408 bits. It allows fast and efficient calculation of e.g. RSA operations with key lengths up to 2048 bit but also Elliptic Curves over GF(p) as well as GF(2m). A 1024-bit RSA signature with Chinese Remainder Theorem can be performed in 4ms at 66MHz. For symmetric crypto operations, a DES accelerator supporting also Triple-DES is implemented. A Triple-DES can be performed in 1.5 microseconds at 66MHz. Using the Crypto@1408Bit and DES module a secure transmission for downloading of additional applications can be ensured. The UART supports the chip card protocols T=0 and T=1 and is also able to manage full-duplex data transfer. The True Random Number Generator (TRNG) is able to supply the CPU with true random numbers whose quality is ensured according to AIS-31 strict evaluation guidelines. An interrupt control unit supports a programmable interrupt system with UART, timers, and the other peripherals as interrupt sources. A variety of different trap vectors informs the operating system about exceptions (e.g. access violation). Security As security is Infineon first priority, an innovative security concept has been created that is based on the entire integration of security measures in the SLE88 at each design phase of the core, architecture and modules, at every level, and does not exclusively rely on the addition of security features to an existing system. With this Integral Security Concept, the SLE 88 takes a quantum leap in terms of improved on-chip security. Targeted certification is Common Criteria level EAL5+. Support A broad range of hardware and software based development tools offers to the user the facilities for high-end operating system development and validation. The PSL provides all devices drivers necessary to use the chip resources and peripherals such as optimum EEPROM programming, memory management, crypto implementations, and many others. It also allows an easier and faster code implementation on a high level, without detailed knowledge of the hardware, and independently of its eventual changes and evolutions. As a consequence, porting an existing code from a derivative of the SLE88 family to the other is easy and quick. Conclusion SLE 88CFX4000P fully meets the requirements for real multi-application operating systems. It allows secure operation of banking, access control, loyalty, GSM/USIM, Pay-TV, health care and identification applications all in one chip. The advanced 0.13 micron technology, the Integral Security Concept, the low power optimised 32-bit core supported by various powerful peripherals, and the possibility to adapt the performance to application requirements establish the foundation for a completely new chip card era. Preliminary Short Product Information 9 / 10 04.03 SLE 88CFX4000P Glossary AES AIS-31 Advanced Encryption Standard, successor of DES. Anwendungshinweise und Interpretation zum Schema: functionality classes and evaluation methodology guidelines for physical random number generators defined by the German Institute for the Security of the Information Technology. Cache memories are Random Access Memories that the CPU can access more quickly than it can access regular RAM. Clock Central Processing Unit Complementary Metal-Oxide Semiconductor, the technology used to manufacture most of today's microchips. Chinese Remainder Theorem, computing technique Data Encryption Standard Digital Signature Algorithm Common Criteria Certification level Elliptic Curves Electrically Erasable Programmable Read-Only Memory Electrostatic Discharge, release of static electricity that can damage a chip Component of RSA key Fermat Number F4 , computing term. Galois Field: finite field of 2m elements represented by polynomials with degree < m Galois Field, set of whole numbers less than prime number p Input/Output Component of RSA key Random Access Memory Reduced Instruction Set Computer Random Number Generator, True Random Number Generator Read-Only Memory Rivest, Shamir and Adleman, inventors of the RSA cryptosystem Secure Hash Algorithm revision 1 Self Test Software Communication Protocols defined in ISO 7816 standard Universal Asynchronous Receiver/Transmitter Windows Powered Smart CardsTM Caches CLK CPU CMOS CRT DES, 3DES DSA EAL 5+ EC EEPROM ESD Exponent F_4 GF(2m) GF(p) IO Modulus RAM RISC RNG, TRNG ROM RSA SHA-1 STS T=0, T=1 UART WPSCTM Preliminary Short Product Information 10 / 10 04.03 |
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