MSP430 Core

Compared to a typical 8-bit 8051 found in many older smart IC platforms, an advanced microcontroller, such as TI’s MSP430, provides a 16-bit RISC and low power architecture – resulting in the need for less code and lower power to process data. These attributes, along with other next-generation technologies like FRAM nonvolatile memory, enables the RF360 Smart IC platform to be best suited to meet requirements in government ID and electronic payment applications.

White Paper

• The Right Kind of Microcontroller for Contactless Smart ICs

Released from the barriers of yesterday’s smart IC technology, electronic government ID is better positioned for better performance with the arrival of advanced embedded technologies. The needs for faster write-speed in personalization, additional functionality for extended biometric data and quicker read times alone require contactless smart ICs to incorporate faster processing, better memory access and lower power requirements that result in quicker transactions that positively impact the user experience. In the Texas Instruments’ white paper, “The Right Kind of Microcontroller for Contactless Smart IC,” it explains how higher performance is achievable in national ID cards and e-Passports with a 16-bit RISC ultra-low-power microcontroller.

Learn about TI’s Ultra Low Power Microcontroller