SLE 88 family: High End 32-bit Security Controller

The SLE 88 products family is the Infineon’s state of the art 32-bit platform, designed in 130nm CMOS technology, with:

  • highest security level (CC EAL5+ high) enabling secure multi-application and multitasking
  • maximum performance for SIMs / UICCs voltage classes with an intelligent power management system
  • maximum personalization performance with an internal clock running up to 66 MHz
  • freely configurable NVM in code and data with 500,000 cycles programming endurance
  • newest interfaces like SWP (coupled with Mifare™ comatible interface) and USB to enable future markets

Mifare™  is a Trademark of NXP B.V.

 

The SLE 88CFX4002P is the first flash microcontroller 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.

These flash chips offer a decisive time-to-market advantage to card vendors and service providers in the launch of secure applications like digital signature, mobile-TV and mobile NFC, trends of the next mobile phone services.

The SLE 88 fulfills the highest requirements by PayTV projects worldwide due to its state of the art security concept and feature set. In addition, with over 10 years of experience with successful customer specific developments, Infineon is the leading supplier of customer specific ASICs.

Mobile Communication

Mobile NFC (SWP)

Highest End Security Controller for Entertainment

Mobile Communication
SLE 88C1641P
164-kByte EEPROM, 320-kByte ROM, 12-kByte RAM.
No certification, optimized for Mobile Communication applications.
SLE 88C1640P
164-kByte EEPROM, 384-kByte ROM, 12-kByte RAM.
No certification, optimized for Mobile Communication applications.
SLE 88CFX2920P
352-kByte EEPROM, 16-kByte RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certified CC EAL5+ high.
SLE 88CFX3520P
352-kByte EEPROM, 16-kByte RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certified CC EAL5+ high.
SLE 88CF(X)4000P
400-kByte EEPROM, 16-kByte RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certified CC EAL5+ high.
SLE 88CF(X)4002P
400-kByte EEPROM, 160-kByte ROM, 16-kByte RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certified CC EAL5+ high.
SLE 88CF(X)5400P
540-kByte EEPROM, 24-kByte User RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high.
SLE 88CF(X)6600P
660-kByte EEPROM, 24-kByte User RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high.
SLE 88CF(X)6602P
660-kByte EEPROM, 184-kByte ROM, 24-kByte User RAM.
Ideal for multi-application cards with high level of security.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high.
Mobile NFC (SWP)
SLE 88CNF(X)5400P(M)
540-kByte EEPROM, 24-kByte User RAM.
Ideal for Mobile NFC applications with high level of security.
SWP Interface coupled with Mifare® Classic emulation.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high and EMVCo.
SLE 88CNF(X)6600P(M)
660-kByte EEPROM, 24-kByte User RAM.
Ideal for Mobile NFC applications with high level of security.
SWP Interface coupled with Mifare® Classic emulation.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high and EMVCo.
SLE 88CNF(X)6602P(M)
660-kByte EEPROM, 184-KByte ROM, 24-kByte User RAM.
Ideal for Mobile NFC applications with high level of security.
SWP Interface coupled with Mifare® Classic emulation.
1408-bit crypto engine optimized for 1024-bit and 2048-bit RSA calculation, Elliptic Curves.
Certification target CC EAL5+ high and EMVCo.
Highest End Security Controller for Entertainment

SLE 88CFX2921P
292-kByte EEPROM and 16-kByte RAM.
Optimized for highest-end security applications.
Certified CC EAL 5+ high

SLE 88CFX3521P
292-kByte EEPROM and 16-kByte RAM.
Optimized for highest-end security applications.
Certified CC EAL 5+ high

SLE 88CFX4001P
292-kByte EEPROM and 16-kByte RAM.
Optimized for highest-end security applications.
Certified CC EAL 5+ high

SLE 88CFX4003P
292-kByte EEPROM, 16-kByte RAM and up to 168 kByte User ROM.
Optimized for highest-end security applications.
Certified CC EAL 5+ high

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Title Date Version Size
Additional Information

Certificate SLE88CFX4000P/4002P/3520P/2920P (Certificate_SLE88CFX4000P_4002P_3520P_2920P_b17.pdf)

03 Apr 2006 632 KB
Data Sheet

SPI_SLE 88CF2920P_04_2009 (SPI_SLE 88CF2920P_04_2009.pdf)

12 May 2009 128 KB

SPI_SLE 88CF3520P_04_2009 (SPI_SLE 88CF3520P_04_2009.pdf)

12 May 2009 128 KB

SPI_SLE 88CF4000P_04_2009 (SPI_SLE 88CF4000P_04_2009.pdf)

12 May 2009 128 KB

SPI_SLE 88CF4002P_04_2009 (SPI_SLE 88CF4002P_04_2009.pdf)

12 May 2009 128 KB

SPI_SLE 88CF5400P_04_2009 (SPI_SLE 88CF5400P_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CF6600P_04_2009 (SPI_SLE 88CF6600P_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CF6602P_04_2009 (SPI_SLE 88CF6602P_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CFX2920P_04_2009 (SPI_SLE 88CFX2920P_04_2009.pdf)

12 May 2009 129 KB

SPI_SLE 88CFX2921 (SPI_SLE88CFX2921P_0909.pdf)

06 Oct 2009 168 KB

SPI_SLE 88CFX3520P_04_2009 (SPI_SLE 88CFX3520P_04_2009.pdf)

12 May 2009 129 KB

SPI_SLE 88CFX3521P (SPI_SLE88CFX3521P_0909.pdf)

06 Oct 2009 168 KB

SPI_SLE 88CFX4000P_04_2009 (SPI_SLE 88CFX4000P_04_2009.pdf)

12 May 2009 100 KB

SPI_SLE 88CFX4001P (SPI_SLE88CFX4001P_0909.pdf)

06 Oct 2009 168 KB

SPI_SLE 88CFX4002P_04_2009 (SPI_SLE 88CFX4002P_04_2009.pdf)

12 May 2009 129 KB

SPI_SLE 88CFX4003P (SPI_SLE88CFX4003P_0909.pdf)

06 Oct 2009 168 KB

SPI_SLE 88CFX5400P_04_2009 (SPI_SLE 88CFX5400P_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CFX6600P_04_2009 (SPI_SLE 88CFX6600P_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CFX6602P_04_2009 (SPI_SLE 88CFX6602P_04_2009.pdf)

12 May 2009 95 KB

SPI_SLE 88CNF5400P_04_2009 (SPI_SLE 88CNF5400P_04_2009.pdf)

12 May 2009 92 KB

SPI_SLE 88CNF5400PM_04_2009 (SPI_SLE 88CNF5400PM_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CNF6600P_04_2009 (SPI_SLE 88CNF6600P_04_2009.pdf)

12 May 2009 92 KB

SPI_SLE 88CNF6600PM_04_2009 (SPI_SLE 88CNF6600PM_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CNF6602P_04_2009 (SPI_SLE 88CNF6602P_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CNF6602PM_04_2009 (SPI_SLE 88CNF6602PM_04_2009.pdf)

12 May 2009 93 KB

SPI_SLE 88CNFX5400P_04_2009 (SPI_SLE 88CNFX5400P_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CNFX5400PM_04_2009 (SPI_SLE 88CNFX5400PM_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CNFX6600P_04_2009 (SPI_SLE 88CNFX6600P_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CNFX6600PM_04_2009 (SPI_SLE 88CNFX6600PM_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CNFX6602P_04_2009 (SPI_SLE 88CNFX6602P_04_2009.pdf)

12 May 2009 94 KB

SPI_SLE 88CNFX6602PM_04_2009 (SPI_SLE 88CNFX6602PM_04_2009.pdf)

12 May 2009 94 KB