The NAC1080 is a NFC actuation controller with integrated H-bridge and energy harvesting modules, enabling cost-effective development of passive smart actuators like passive locks. The low-power ARM® Cortex®-M0 based microcontroller with integrated NFC frontend, sensing unit, motor driver, and energy harvesting function enables customers to develop smart actuation devices with minimum system BOM requirement.The flexible IC architecture and the smart partitioning between hardware and software enables customers to maximize the utilization of software-defined functions. Furthermore, the NAC1080 includes hardware security functions such as secure area in flash, 128 bit AES accelerator and true random generator. A separate secure element can be connected via the digital interface on demand.

The NAC1081 is a NFC actuation controller with integrated H-bridge and energy harvesting modules, enabling cost-effective development of passive smart actuators like passive locks. The low-power ARM® Cortex®-M0 based microcontroller with integrated NFC frontend, sensing unit, motor driver, and energy harvesting function enables customers to develop smart actuation devices with minimum system BOM requirement.The flexible IC architecture and the smart partitioning between hardware and software enables customers to maximize the utilization of software-defined functions. Furthermore, the NAC1081 includes hardware security functions such as secure area in flash, 128 bit AES accelerator and true random generator. A separate secure element can be connected via the digital interface on demand.

The NGC1081 is a microcontroller with integrated NFC connectivity, sensing capabilities, and energy harvesting functions. It allows for the development of miniaturized smart devices that can be controlled and powered by a personal mobile phone. It can operate in passive mode, where it communicates wirelessly and harvests energy from the NFC field as well as in battery mode as a self-contained sensing node.It has 12-bit SAR ADC, 10-bit DAC, one analog output, 4 analog inputs, and an integrated temperature sensor. It operates at 28 MHz and includes standard peripherals like UART, SPI, I²C, and 32 kHz RTC. It is available in a VQFN-32 package.