N79E715AS16

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Embedded microcontrollers have been widely used in many applications and have become a crucial component in modern society. One type of microcontroller is N79E715AS16. This article will discuss its application fields and working principle.

Application Fields

N79E715AS16 is a high-end embedded microcontroller system-on-chip developed by an American company. It integrates an Arm® Cortex®-M7 core with up to 2 MB of embedded Flash and 256 KB of SRAM. This microcontroller is designed for industrial, home, and commercial applications such as motor control and robotics, power supplies and lighting control, intelligent display systems, airplanes and other transportation systems, automotive infotainment and vehicle maintenance, factory automation, and embedded PC.

Working Principle

The N79E715AS16 is a 32-bit microcontroller that uses an ARM® Cortex®-M7 64-bit core and one-to-two MB of program flash memory, 256 KB of RAM and 32 KB of Cache. The microcontroller provides four timer channels for time-dependent application needs, a four-channel CoreSight-based debug interface and 12-DMA waves. It also includes an I/O port to access embedded peripheral devices as well as an Embedded Trace Buffer (ETB) to control its internal performance. The N79E715AS16 also contains an advanced power management unit (PMU) that helps conserve energy when the system is not in use.

Performance

The core of the N79E715AS16 has a maximum operating frequency of 264 MHz, with run-time configurable voltage and clock scaling options allowing developers to reduce power consumption while still running applications at maximum performance. The memory architecture is designed to improve program code size and RAM performance by providing low latency access to most resources used in applications. The N79E715AS16 also provides multiple I/O options, including a serial communication interface (SCI), high-speed host bus interface (HBI), a peripheral direct memory access (PDMA) interface, and an independent host port for external device communications.

Security

The N79E715AS16 microcontroller provides the highest levels of security for applications that must protect sensitive data. Advanced security features include a four-channel true random number generator (TRNG), anti-tamper (AT) technology, and a secure key store. The secure key store allows developers to securely store confidential information such as encryption keys and digital certificates. It also supports software-based cryptographic functions such as digital signatures, message authentication codes (MACs) and hashes.

Conclusion

The N79E715AS16 is a powerful and secure microcontroller designed for industrial, home, and commercial applications. It is equipped with an Arm® Cortex®-M7 64-bit core, up to 2 MB of program flash memory, 256 KB of RAM, 32 KB of Cache and an advanced power management unit (PMU). It also features advanced security features such as a four-channel true random number generator (TRNG), anti-tamper (AT) technology, and a secure key store. In addition, N79E715AS16 provides multiple I/O options for external device communication.

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