Identity, Security, Payments, Biometrics, Smart Cards and Authentication News

STMicroelectronics releases new microcontroller

Wednesday, November 26, 2008

STMicroelectronics has introduced the ST23YR80, a microcontroller for secure identity cards supporting the latest cryptography and offering large memory for biometric data.

The ST23YR80 offers contact and contactless interfaces and meets the International Civil Aviation Organization requirements for Machine Readable Travel Documents. It is also designed to support secure electronic identity documents such as e-ID and electronic signature. STMicroelectronics plans to have the microcontroller certified by Q1 2009 to Common Criteria EAL5+ version 3.1


ST23YR80 includes a cryptographic co-processor which enables enhanced RSA and Elliptic Curve Cryptography algorithms. The extended access control electronic passport operation, including 38K of data, will be supported in less than 3.5 seconds.

Among the features of the ST23YR80 is its ability to detect and choose the appropriate contact or contactless application interface. Additionally, the device includes a feature to optimize the operating distance and transaction time by adapting its processor clock speed to the magnetic field of the application reader.

In addition, the IC has 80K of EEPROM to store biometrics, 390K of ROM and 8K of RAM. Samples are available immediately, and volume production will begin in Q1 2009. [end] 

STMicroelectronic’s CD21-Rev3 microcontroller, used widely in Calyso contactless travel cards, has been validated by FIME as compliant to the EMV Contactless Communication Protocol V2.0.1.

According to ST, the EMV specification describes the minimum functions required for Proximity Integrated Circuit Cards (PICCs) and Proximity Coupling Devices (PCDs) to ensure correct operation and market interoperability. This certification confirms that the Calypso chip is the first to market that supports both transport and payment applications.

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STMicroelectronics developed a new RF testing method that uses electromagnetic waves instead of contact probes to remotely evaluate wafers equipped with RFID ICs.

According to ST, this “contactless” approach results in higher yields, shorter testing times and lower product cost. In addition, contactless testing allows RF circuits to be tested under conditions that are close to the real application conditions.

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Crocus Technology, a developer of magnetically enhanced semiconductors, and Morpho announced an agreement to develop and commercialize a smart card based on Crocus’ Magnetic-Logic-Unit (MLU) technology.

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Atmel Corp. announced availability of an AVR microcontroller (MSU) with an RFID reader block and 16kBytes of in-system self-programmable flash.

The Atmel ATA5505 is one of the industry’s first MCU that features full low-frequency (LF) RFID reader functionality within a single package, unlike others where the MCU and RFID reader are located in two different packages. This translates into customers being able to develop and manufacture small, low-cost reference PCBs for various reader types.

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Infineon Technologies has released the first samples of its 65 nanometer embedded flash (eFlash) microcontrollers for chip card and security applications.

Co-developed by TSMC, the microcontroller features a 65 nm footprint that provides greater efficiency over former IC technologies, according to Infineon. The partners have also announced the development of new 300 mm wafers as a more efficient alternative to 200 mm models.

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Marc Kekicheff, Visa’s senior business leader of chip innovation, has been re-elected chairman of GlobalPlatform, the group that standardizes the management of secure chip technology. Uwe Wittig, group vice president, payment division for Giesecke & Devrient, will remain the organization’s vice chair. In addition, Yves Moulart, director of development and innovation for STMicroelectronics, will remain secretary/treasurer.

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