Our 32-bit SLC 14 family, produced with leading-edge 65 nm embedded flash technology, is a perfect fit for high-volume SIM card applications, offering customers a number of compelling advantages. With its powerful 32-bit ARM® Cortex®-M0 core, the SLC 14 combines high-performance computing power with the most flexible flash technology. Flash memory scales from 256 KB to 480 KB with free partitioning between code and data.

• High-performance 32-bit ARM® Cortex®-M0 processor
• Internal clock frequency of up to 32 MHz
• Up to 480 KB flash with free partitioning between code and data
• Up to 12 KB RAM
• Enhanced UART for handling serial interface in accordance with ISO/IEC 7816 part 3
• supporting  transmission protocols T=1 and T=0

The SLC 32 platform is designed to reduce complexity and conserve resources while giving our customers a head-start on current market trends. It reduces development effort by accelerating design, approval and lead time cycles.

This security microcontroller family is unique in the market as it covers the entire contactbased, dual-interface and contactless application spectrum for online and offline data authentication (dynamic/combined data authentication; DDA/CDA).

The SLC 32 family’s proven security concept builds on a high-speed coprocessor supporting both symmetrical cryptography (with AES and DES) and asymmetrical cryptography (with certified RSA and ECC libraries). Chip security is further enhanced by the AIS 31-compliant Hybrid Random Number Generator, which uses a physical noise source and features built-in cryptographic post-proce

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Our SLC37 family brings new levels of security and performance to your embedded SIM designs, also suited to embedded Secure Element (eSE) and converged applications spanning mobile and NFC payments and authentication, identification and transport ticketing.

The SLC37 security microcontroller family is based on the 32-bit ARM^® SecurCore^® SC300™ core. It features up to 2 MB. The ARM^® core is supported by secured crypto coprocessors for symmetric (DES, AES) and asymmetric (RSA, ECC) cryptography, providing an additional application performance boost.

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Building on the success of the SLE 78 family with its sophisticated Integrity Guard concept, SLC52 is our next-generation security controller family. It is custom-designed for challenging government ID or payment projects that demand robust, reliable and long-lifetime solutions. The SLC 52 family of security cryptocontrollers (dual-interface, contactless and contactbased) builds on this extraordinary success story, paving the way for identification applications into the next decade and beyond.

This family combines the proven track record of the SLE 78 family with state-of-the-art security features to enable secured storage of personal credentials in typical government-issued documents such as ePassports, national eID cards, eHealthcare cards, eDriver’s licenses and eSignatures. It is also ideally suited for use in payment or multi-application schemes, e.g. combining governmental services transport application.

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Our SLE 76 family addresses all mainstream universal integrated circuit card (UICC) segments. Ideal for SIM cards, this family is widely adopted throughout the market. Its performance, flexibility and reliability have made it one of the major volume platforms over the years.

The SLE 78 is a cache-based pure 16-bit security controller family designed for a broad application spectrum, certified to Common Criteria EAL 5+ or 6+ (high). Its outstanding digital security concept Integrity Guard offers comprehensive error detection, a self-checking dual CPU and a fully encrypted data path including encrypted calculation in the CPU.

Click here for more information about SLE 78 security controllers for USB tokens

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