SLE88CFX4000PDSO20ZZZA1

SLE88CFX4000PDSO20ZZZA1 Datasheet

Chip Card & Security SLE 88CF4000P

Part	Datasheet
SLE88CFX4000PDSO20ZZZA1	SLE88CFX4000PDSO20ZZZA1 (pdf)

Related Parts	Information
SLE 88CF4000P C	SLE 88CF4000P C
SLE 88CFX4000P C	SLE 88CFX4000P C
SLE 88CF4000P M5.1	SLE 88CF4000P M5.1
SLE 88CF4000P MFC5.8	SLE 88CF4000P MFC5.8
SLE88CFX4000PM51ZZZA1	SLE88CFX4000PM51ZZZA1
SLE88CFX4000PVQFN10ZZZA1	SLE88CFX4000PVQFN10ZZZA1

PDF Datasheet Preview
Chip Card & Security SLE 88CF4000P 32-Bit Security Controller Optimized for multi-application cards with high level of security 400 kBytes Flexible EEPROM 16 kBytes RAM Common Criteria EAL5+ high certified Short Product Information Important: Further information is confidential and on request. Please contact Infineon Technologies AG in Munich, Germany, Chip Card & Security Email: Published by Infineon Technologies AG, 81726 Munich, Germany Infineon Technologies AG 2009 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 88CF4000P General Features • Dedicated 32-bit smartcard core designed in cost-optimized µm technology • Pipelined 32-Bit RISC CPU with proprietary instruction set • Specific instructions for Virtual Machine implementation like Java Card • Ultra low power consumption design • Very fast Task Switching supported by hardware mechanism for pre-emptive multitasking support • Maximum performance • CPU supplied by 2 Cache Memories for fast instruction fetch and data access • Internal clock generation up to 66 MHz • Intelligent Power Manager which adjusts automatically and efficiently the internal clock according to a dedicated power class • Secure multi-application with Memory Management and Protection Unit MMU • 256 packages separated and secured by hardware firewalls • Data and code access controlled by hardware • Memory and peripherals access managed with hardware supervisor components Memory • 400 kBytes EEPROM with Flash functionality and free partitioning between code and data • 16 kBytes RAM for local variables, buffers, and stacks • Memories encrypted by MED Memory Encryption/Decryption device • Memories protected by Hardware Error Correction Code Interfaces • Smartcard UART for handling serial interface in accordance with ISO/IEC 7816 part3 supporting transmission protocols T=1 and T=0, Support of clock division factor of 16 PPS96 Short Product Information SLE 88CF4000P EEPROM Technology • Very Fast Programming • Write/erase time < 2,3 ms • Flash functionality with 4k sector flash and erase in one shot • EEPROM page programming 1 to 128 Byte • Very High Endurance • Min. 500,000 write/erase cycles per page • Max. 16,500,000 write/erase cycles per 4k sector • Data retention min. 10 years 25°C Security Features • 32-bit Proprietary Instruction Set • Memory and CPU Error Detection, Memory-, Bus- and SFR-Encryption • DPA / SPA, DEMA / SEMA countermeasures incl. Dual Rail Logic • Security Sensors Voltage, frequency, Light, Temperature, Glitch • Active Shield • True RNG according to AIS31 • Memory Management and Protection Unit with Level Concept • Chip ID, unique chip identification number for each chip Coprocessors and Peripherals • Hardware DES Accelerator for DES and Triple DES calculations • True Random Number Generator for true random number generation • Three 16-bit Autoreload Timers for protocol implementation, event monitoring Short Product Information SLE 88CF4000P Tools and Support • Software Development Kit, SDK 88 • Bondout based Emulator for real time debugging • Flash samples for immediate test and validation, enabling short Time-to-Market • Ready to use low level software drivers Platform Support Layer for peripherals, smartcard and cryptographic software T=0, T=1, DES, • Worldwide application engineer team & customer dedicated Field Application Ordering Information Type Package1 SLE 88CF4000P C Die sawn, unsawn SLE 88CF4000P MXXX SLE 88CF4000P DSO20 M5.x MFCxxx DSO-20-2 SLE 88CF4000P VQFN10 VQFN-10-2 SLE 88CF4000P TSSOP20 TSSOP-20-4 Voltage Range Temperature Range Frequency Range ext. clock frequency V - V 25°C to + 85°C 1 MHz - 10 MHz 1 available as flip chip module MFC , wire-bonded module M5 , die C for customer packaging Flash initialization/personalization available upon request. For ordering information please contact your Infineon local sales representative. Pin Description and Packaging lectrlectrical Characteristics Vcc GND M5.1 SLE 88 CF4000P MFC5.6 MFC5.8 DSO-20 / TSSOP-20 VQFN-10 Pin symbol Vcc RST CLK GND I/O Function Operating voltage Reset input Processor clock input Ground ISO7816-3 bi-directional data port Short Product Information SLE 88CF4000P The SLE 88 products family is the Infineon’s state of the art 32-bit platform, designed in cost optimized 130nm technology, with • High Security level enabling secure multi-application and multitasking • High Performance for SIM/UICC applications with a fast internal frequency 33-66MHz • High Quality EEPROM with 500,000 cycles programming endurance • High Flexibility with a freely configurable memory in code and data The SLE 88CXF4002P and this derivative were the first flash microcontrollers designed fully in 130nm, reaching the CC EAL5+ high certificate. It was rewarded by the Sesames Award of the “Best Hardware” at the Cartes 2006 exhibition. With its flash capability, it offers a decisive time-to-market advantage to card vendors and service providers in the launch of GSM/UICC applications. Technical Description Sensors Filters Active Shield Scalable CLK Intelligent Power Manager UART DES Accelerator TRNG 32-bit Bus Three 16-bit Timers Multistage 32-bit CPU Memory Management and Protection Unit Caches EEPROM Short Product Information SLE 88CF4000P The SLE 88 Family fully meets the requirements for real multi-application operating systems. The advanced 0.13µm 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 generation. The High Performance is ensured by the 32-bit RISC architecture that processes instructions and data 32-bit wise supplied by 2 dedicated caches. A very efficient context/application switching mechanism allows fast switching between multiple tasks. An Integral Security Concept, based on the entire integration of security measures at each hardware and software design phase, has been used for the development of the SLE 88 Family. 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 . The architecture allows the Linear Addressing of Large Memories for a more convenient code implementation. 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. Program and data modules are organised as packages. Each package has a defined memory range of 16 Mbytes with dedicated access rights for memories and peripherals. With the 0.13µm process, the SLE 88 Family offers large on-chip memories ROM, EEPROM, RAM . The EEPROM space is the basis of Infineon Technologies “Flash” Concept where the entire EEPROM is freely configurable in code and data sections, and so can be used to store an Operating System, as well as application code and data. This customization provides added value to the system and the possibility to serve multiple projects with the same platform. This concept offers the flexibility and convenience of Flash memory, but takes advantage of the EEPROM cell quality timing, cycling and endurance . A number of powerful peripherals offer hardware support for time and code intensive operations. • DES Accelerator for symmetric crypto operations based on DES and Triple DES • True Random Number Generator TRNG to supply the CPU with true random numbers For ordering information please contact your Infineon local sales representative Short Product Information

PDF Datasheet Preview

Chip Card & Security SLE 88CF4000P
32-Bit Security Controller Optimized for multi-application cards with high level of security 400 kBytes Flexible EEPROM 16 kBytes RAM Common Criteria EAL5+ high certified

Short Product Information

Important:

Further information is confidential and on request. Please contact Infineon Technologies AG in Munich, Germany, Chip Card & Security Email:

Published by Infineon Technologies AG, 81726 Munich, Germany Infineon Technologies AG 2009 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 88CF4000P

General Features
• Dedicated 32-bit smartcard core designed in cost-optimized µm technology
• Pipelined 32-Bit RISC CPU with proprietary instruction set
• Specific instructions for Virtual Machine implementation like Java Card
• Ultra low power consumption design
• Very fast Task Switching supported by hardware mechanism for pre-emptive
multitasking support
• Maximum performance
• CPU supplied by 2 Cache Memories for fast instruction fetch and data access
• Internal clock generation up to 66 MHz
• Intelligent Power Manager which adjusts automatically and efficiently the internal
clock according to a dedicated power class
• Secure multi-application with Memory Management and Protection Unit MMU
• 256 packages separated and secured by hardware firewalls
• Data and code access controlled by hardware
• Memory and peripherals access managed with hardware supervisor components

Memory
• 400 kBytes EEPROM with Flash functionality and free partitioning between code
and data
• 16 kBytes RAM for local variables, buffers, and stacks
• Memories encrypted by MED Memory Encryption/Decryption device
• Memories protected by Hardware Error Correction Code

Interfaces
• Smartcard UART for handling serial interface in accordance with ISO/IEC 7816 part3
supporting transmission protocols T=1 and T=0, Support of clock division factor of 16 PPS96

Short Product Information

SLE 88CF4000P

EEPROM Technology
• Very Fast Programming
• Write/erase time < 2,3 ms
• Flash functionality with 4k sector flash and erase in one shot
• EEPROM page programming 1 to 128 Byte
• Very High Endurance
• Min. 500,000 write/erase cycles per page
• Max. 16,500,000 write/erase cycles per 4k sector
• Data retention min. 10 years 25°C

Security Features
• 32-bit Proprietary Instruction Set
• Memory and CPU Error Detection, Memory-, Bus- and SFR-Encryption
• DPA / SPA, DEMA / SEMA countermeasures incl. Dual Rail Logic
• Security Sensors Voltage, frequency, Light, Temperature, Glitch
• Active Shield
• True RNG according to AIS31
• Memory Management and Protection Unit with Level Concept
• Chip ID, unique chip identification number for each chip

Coprocessors and Peripherals
• Hardware DES Accelerator for DES and Triple DES calculations
• True Random Number Generator for true random number generation
• Three 16-bit Autoreload Timers for protocol implementation, event monitoring

Short Product Information

SLE 88CF4000P

Tools and Support
• Software Development Kit, SDK 88
• Bondout based Emulator for real time debugging
• Flash samples for immediate test and validation, enabling short Time-to-Market
• Ready to use low level software drivers Platform Support Layer for peripherals,
smartcard and cryptographic software T=0, T=1, DES,
• Worldwide application engineer team & customer dedicated Field Application
Ordering Information

Type

Package1

SLE 88CF4000P C

Die sawn, unsawn

SLE 88CF4000P MXXX SLE 88CF4000P DSO20

M5.x MFCxxx DSO-20-2

SLE 88CF4000P VQFN10 VQFN-10-2

SLE 88CF4000P TSSOP20 TSSOP-20-4

Voltage Range

Temperature Range

Frequency Range ext. clock frequency

V - V 25°C to + 85°C
1 MHz - 10 MHz
1 available as flip chip module MFC , wire-bonded module M5 , die C for customer packaging
Flash initialization/personalization available upon request. For ordering information please contact your Infineon local sales representative.

Pin Description and Packaging
lectrlectrical Characteristics

Vcc GND

M5.1

SLE 88

CF4000P

MFC5.6

MFC5.8

DSO-20 / TSSOP-20 VQFN-10

Pin symbol Vcc RST CLK GND I/O

Function Operating voltage Reset input Processor clock input Ground ISO7816-3 bi-directional data port

Short Product Information

SLE 88CF4000P

The SLE 88 products family is the Infineon’s state of the art 32-bit platform, designed in cost optimized 130nm technology, with
• High Security level enabling secure multi-application and multitasking
• High Performance for SIM/UICC applications with a fast internal frequency 33-66MHz
• High Quality EEPROM with 500,000 cycles programming endurance
• High Flexibility with a freely configurable memory in code and data The SLE 88CXF4002P and this derivative were the first flash microcontrollers designed fully in 130nm, reaching the CC EAL5+ high certificate. It was rewarded by the Sesames Award of the “Best Hardware” at the Cartes 2006 exhibition.

With its flash capability, it offers a decisive time-to-market advantage to card vendors and service providers in the launch of GSM/UICC applications.

Technical Description

Sensors Filters Active Shield

Scalable CLK

Intelligent Power

Manager

UART

DES Accelerator

TRNG
32-bit Bus

Three 16-bit Timers

Multistage 32-bit CPU

Memory Management
and Protection

Unit

Caches

EEPROM

Short Product Information

SLE 88CF4000P

The SLE 88 Family fully meets the requirements for real multi-application operating systems. The advanced 0.13µm 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 generation.

The High Performance is ensured by the 32-bit RISC architecture that processes instructions and data 32-bit wise supplied by 2 dedicated caches. A very efficient context/application switching mechanism allows fast switching between multiple tasks.

An Integral Security Concept, based on the entire integration of security measures at each hardware and software design phase, has been used for the development of the SLE 88 Family.

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 .

The architecture allows the Linear Addressing of Large Memories for a more convenient code implementation. 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. Program and data modules are organised as packages. Each package has a defined memory range of 16 Mbytes with dedicated access rights for memories and peripherals.

With the 0.13µm process, the SLE 88 Family offers large on-chip memories ROM, EEPROM, RAM . The EEPROM space is the basis of Infineon Technologies “Flash” Concept where the entire EEPROM is freely configurable in code and data sections, and so can be used to store an Operating System, as well as application code and data. This customization provides added value to the system and the possibility to serve multiple projects with the same platform. This concept offers the flexibility and convenience of Flash memory, but takes advantage of the EEPROM cell quality timing, cycling and endurance .

A number of powerful peripherals offer hardware support for time and code intensive operations.
• DES Accelerator for symmetric crypto operations based on DES and Triple DES
• True Random Number Generator TRNG to supply the CPU with true random numbers
For ordering information please contact your Infineon local sales representative

Short Product Information

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived SLE88CFX4000PDSO20ZZZA1 Datasheet file may be downloaded here without warranties.

Datasheet ID: SLE88CFX4000PDSO20ZZZA1 638605