MCX N
NXP
This document addresses OEMs who want to understand how the MCX N series can facilitate the implementation of CRA requirements.
This application note explains how NXP MCX N microcontrollers help OEMs meet the EU Cyber Resilience Act (CRA) security requirements through built-in hardware security features.
AN14687 provides guidance for Original Equipment Manufacturers (OEMs) on using NXP MCX N series microcontrollers to satisfy the requirements of the European Union's Cyber Resilience Act (CRA). The document details the CRA regulatory framework, including its enforcement timeline starting December 2027 and the classification system for Products with Digital Elements (PDEs). It maps specific MCX N security capabilities, such as the EdgeLock Secure Assurance program and hardware-level security primitives, to the Essential Cybersecurity Requirements (ECRs) listed in Annex I of the CRA. The note assists developers in leveraging NXP's secure manufacturing processes and device features to support conformity claims and mitigate cybersecurity risks in connected devices.
MCX N
NXP
This document addresses OEMs who want to understand how the MCX N series can facilitate the implementation of CRA requirements.
MCX N94x
NXP
For information on how to ensure that the firmware is secure and authenticated during OTA via SB3 files, see MCX N94x Over-The-Air (OTA) Update by Using SB3 File (document AN14166).
MCXNx4x
NXP
On MCXNx4x devices, on-the-fly encryption and decryption can be performed by the FlexSPI interface using PRINCE to store encrypted application code or data in an external flash device
| MCX N | NXP | This document addresses OEMs who want to understand how the MCX N series can facilitate the implementation of CRA requirements. |
| MCX N94x | NXP | For information on how to ensure that the firmware is secure and authenticated during OTA via SB3 files, see MCX N94x Over-The-Air (OTA) Update by Using SB3 File (document AN14166). |
| MCXNx4x | NXP | On MCXNx4x devices, on-the-fly encryption and decryption can be performed by the FlexSPI interface using PRINCE to store encrypted application code or data in an external flash device |