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VR5510 Device Design Guidelines: NXP Application Note AN13182 Explore NXP's AN13182 for comprehensive design guidelines on the VR5510 automotive power supply IC. Learn about its features, safety compliance (ASIL B/D, ISO 26262), configuration, stability measurement, and hardware design for Gateway, ADAS, and Infotainment systems. |
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i.MX Yocto Project User's Guide: Building Embedded Linux Systems NXP's comprehensive guide to building custom embedded Linux images for i.MX processors using the Yocto Project. Covers environment setup, configuration, image building, and customization for i.MX hardware. |
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i.MX Linux User's Guide: Build and Install the i.MX Linux OS BSP A comprehensive guide for building and installing the i.MX Linux OS Board Support Package (BSP) on i.MX platforms. This document covers essential steps, special i.MX features, and provides detailed instructions for various i.MX hardware configurations. |
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NXP S32K3: Safe and Secure Automotive General Purpose MCUs An overview of the NXP S32K3 family of automotive general-purpose microcontrollers, highlighting their safety, security, scalability, and performance features for automotive applications. |
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GoPoint for i.MX Applications Processors User Guide This user guide explains how to run GoPoint for i.MX Applications Processors and details about the applications included in the launcher. It covers supported devices, release information, and launching applications via graphical and text user interfaces. |
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NXP FS27_PB Safety System Basis Chip: Low Power, ASIL D/ASIL B Product brief for the NXP FS27_PB, a safety system basis chip designed for automotive applications requiring low power and ASIL D/ASIL B safety integrity levels. Features include multiple voltage regulators, advanced diagnostics, and compliance with ISO 26262. |
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Getting Started with NXP S32K Microcontrollers A guide to NXP's S32K microcontroller family, covering product overviews, roadmaps, value propositions, and technical specifications for automotive applications. Learn about ARM Cortex cores, scalability, and performance. |
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NXP S32R41+TEF82XX Automotive 4D Radar Development Platform Overview Comprehensive overview of the NXP S32R41 automotive 4D radar processor and TEF82xx RFCMOS transceiver, detailing their features, software enablement, and development platform for advanced automotive radar applications. |