A full range of Banking, Transport & ID solutions
ST’s banking product family offers a complete portfolio of contact, dual interface and contactless (ISO/IEC 18092 and ISO/IEC 14443 Types A & B) ST23 and ST31 secure microcontrollers to support SDA or DDA markets as well as emerging wearable applications.
Having supplied the market’s most advanced technologies and solutions for over 30 years, ST has solid references in the banking industry which helps explains why we have sold more than 3 billion secure MCU-based banking cards around the world.
Our STPay system-on-chip solution offers a comprehensive range of “ready-to-use” banking solutions, including Static Java, Dynamic Java and Multos OS -based solutions, covering a wide range of payment applications such as Visa, Mastercard, CUP, Amex, Discover, JCB, CPA and many other domestic brands.
To ensure a quick set-up of the personalization line, STPay products are compliant with EMV® Card Personalization Specifications (CPS), which have been validated and supported by major personalization equipment suppliers such as Datacard (part of the CPV program), and support our certified libraries including MIFARE Classic®, MIFARE Plus® and MIFARE® DESFire®.
ST31P450 dual-interface secure microcontroller to boost safety and convenience in Contactless Banking and e-identification application
Featuring the latest 40nm Flash process as well as enhanced RF technologies, the STMicroelectronics ST31P450 dual-interface secure microcontroller delivers exceptional robustness and performance for contactless applications in banking, identity, transportation, and pay-television.
Built on the proven 32-bit Arm® SecurCore® SC000™ secure processor, ST31P450 meets ISO 7816 and ISO 14443 Type A smart-card and contactless standards and supports a full range of MIFARE® libraries. Its upgraded RF performance ensures ultra-reliable wireless connections for faster, easier contactless transactions.
In addition, the ST31P450 features new low-power cryptographic engines that minimize the energy budget and ensure superior product performance at low RF-field strength while executing cryptographic operations.
For more information, please visit our ST31P450 page.