This session introduces the S32K148´s ENET module. The enablement/configuration of the different networking layers presented with a demo based on our SDK platform using lwIP stack.

Learn how to develop a wireless connected product using BLE and/or Thread protocols.

This session will introduce the Zephyr Project, a Linux Foundation initiative quickly gaining momentum in the open source development community. The Zephyr OS is a small, yet scalable RTOS targeting connected devices across multiple hardware architectures. NXP is actively contributing to the project to support products in the Kinetis, LPC, and i.MX RT families.

Secure Connected & Automated Vehicles ADAS: NXP Secure V2X Solution  ADAS: Smart Actuators—Enabling Autonomous Vehicles  Abstracting Inter Platform Communication in Automotive  Automotive Semiconductor for Purchasing/Buyer  Automotive Sensor Overview  Component Selection—The Make-or-Break Milestone Towards Autonomous Vehicles  ePowertrain: Battery Management Applications  ePowertrain: General Purpose MCUs - S32K Overview and Solutions  ePowertrain: NXP Portfolio for the Electrification of Vehicles  ePowertrain: Simplify your High Voltage / High Current Inverter through Advancements in IGBT Gate Drive Integrated Drivers  Green Hills: Automotive Cybersecurity Year in Review  Green Hills: Secure Hypervisor For Safety Integrated Cockpits Hands-On Workshop: MPC574xG SDK for Gateway  Hands-On Workshop: S32 SDK for S32K  Hands-On Workshop: Using S32V’s Dual-APEX Engines for High-Performance/Low-Power Computer Vision and ADAS Safety Applications  i.MX 8 and 8X Applications Processor Overview  Infotainment: Accelerate Your Designs with i.MX 8 Software  Infotainment: Introduction to NXP IVI Solution to Accelerate Customer Time-to-Market  Infotainment: Tuners – Mercury + Titan ISO26262/IEC61508 Functional Safety Overview  MagniV® Based High Current 3 phs Motor Control Solutions  RadarSDK for S32R Processors  Security & IVN: Automotive Ethernet PHY+ Software  Security & IVN: Automotive Securtiy Product Features  Security & IVN - Introduction to Using MPC574xG/C/B (Calypso) SDK for Gateway Applications  Security & IVN: NXP Automotive Cyber Security  Security & IVN: NXP Car Access with NFC and RF Auto  Tools and Enablement: Automotive Microcontrollers and Processors Portfolio Overview  Tools and Enablement - S32 Design-Studio – How to Design and What to Expect from NXP's Free Software Tools  Tools and Enablement: SqueezeNet CNN on S32V234  Tools and Enablement: The Software Enablement of BlueBox v2.0: From Boot to ADAS Enablement  Smart Buildings & Consumer Goods Design Challenges of Portable RF Cooking Applications  Get the Most Sound from the Small Speakers in Portable Devices  Google™ Home and NXP®: Android Things, Google Assistant and Chromecast™ Built-in  i.MX 8M Processor Overview and the Road Ahead  Modular IoT Framework  San Jose: Getting Started with Kinetis KW41Z - BLE/802.15.4 Solutions for the IoT  San Jose: Hands-On Workshop: BLE and Thread™ Using Kinetis® KW41Z  AMF-CNS-T2685_BLE Beacon Lab  AMF-CNS-T2685_Thread+BLE Lab  AMF-CNS-T2685_BLE HRS Lab  AMF-CNS-T2685_OTAP Lab  AMF-CNS-T2685_Thread Lab  San Jose: Low-Power i.MX Applications Processors Overview  San Jose: NFC in Consumer Electronics and Home Appliances  Secure Authentication for Anti-Counterfeit Applications  Sensor Products for IoT and IMM  The More (Memory), the Merrier: Learn About Using the K27/K28 Series for Highly-Integrated Next-Generation IoT Applications  Voice Control Solutions: Creating Amazon® Alexa® Devices with i.MX  Secure Mobile, Healthcare & Wearables Designing with the New Ultra-Low-Power BLE System on Chip  Smart Machinery & Industrial Automation Process for Designing an NFC Reader Application  Enabling Design, Technologies & Solutions All You Need to Know About DDR4  ARM: Hands-On Workshop: Developing ARM® mbed™ OS Applications with NXP Platforms  Boost Your Productivity with CodeWarrior® Development Tools for ARM®v8 Architecture  Hands-On Workshop: Using MCUXpresso SDK  Introduction to the Next-Generation USB Type-C Connector and NXP’s End-to-End Solution  It’s All About the Space: Printed Circuit Board Design for EMC  LPC800 MCUs Technical Overview: NXP’s Fastest Growing Portfolio for the Broad, 8-bit Alternative Market  Micron’s Memory Solutions for the New i.MX 8 Microprocessor  NXP’s Next-Generation Layerscape Linux® SDK  Overview of the I3C Interface, Successor of the Well-Known I2C Interface  San Jose: Hands-On Workshop: MCUXpresso Software and Tools Hands-On Workshop: MCUXpresso Software and Tools_Lab Guide.pdf  Securing the Product Life Cycle  Speed Your Time-to-Market: NXP Software and Services Providing a Competitive Advantage  Smart Networks & Computing Discover the Latest Cost-Effective 64-bit ARM® Offerings from NXP  Enabling a New Class of Low-Powered Applications with Line-Rate Networking and 64-bit Performance  How Far Can You Go with NXP's Flexible Layerscape Portfolio?  Learn About New NXP High Performance, Integrated, Programmable Wi-Fi, Based on the New Upcoming Standards with Solutions Focusing on Home, Office and Industrial Environments  Move from Physical to Virtual Network Functions on ARM® QorIQ Platforms Using KVM Virtual Machines and Docker™ Containers  New Kid on the Block - 60 GHz Wi-Fi  NXP RF Solutions for IoT to Deliver Reliable, High-Performance Wireless Connections  San Jose: Smart, Secured IoT Gateway Platform with Sensor Fusion, Local and Cloud Analytic  San Jose & Westford: Leverage NXP Security and Trust Features for Your System  User Space Networking: Using and Choosing Between ODP and DPDK for ARM Platforms 

Market and application trends in automotive radar, supporting NCAP and autonomous architectures.

This hands-on workshop provides a detailed architecture description of Thread technology and wireless mesh networking. The main Thread concepts will be reviewed and analyzed thoroughly. The attendee will have a deep understanding of the main concepts and how these are mapped to the NXP software API. The session will close with hands-on training to enable the attendee to understand software usage and configuration, low-power features and security concepts.

How to accelerate radar signal processing on S32R family utilizing SPT and multiple cores.

Join this session for an overview of the A-B swap firmware update solutions in edge nodes, specially focusing on our S32K1xx microcontroller family.

Overview of S32K, MagniV and other GPIS products.

Explores the fast-growing Automotive Gateway market, identifying key use cases and requirements, and how gateways will evolve over the next decade.

Learn how to develop a wireless connected product using BLE and/or Thread protocols.

Join this session to get a glimpse of where you will see i.MX 8/8X in the near future and why graphics, ML, AI, video, image processing, vision, connectivity, audio and voice functions make the i.MX 8 series ideal for Automotive and Industrial applications. Learn about the i.MX 8/8X families that are comprised of common subsystems establishing an unmatched range of performance scaling with pin-compatible options and the highest level of software reuse. In addition, learn more about the upcoming i.MX 8DualMax product line to help customers meet additional cost performance scaling across the i.MX 8 family.

Building on the classroom training presentation "Deploying eIQ Machine Learning on NXP MCU and Apps Processors", this hands-on session will allow attendees to take a trained neural network model and deploy it on a i.MX RT1060 crossover processor. Attendees will use MCUXpresso as the development environment and implement an end-to-end use case. See notes here.

Introduction to NXP’s state-of-the-art 1-chip next generation software defined radio(SDR) system solution covering global radio reception standards (Mercury family).

Designing automotive gateway applications using SDK drivers, software stacks and FreeRTOS.

Hands-on: How to build an automotive application using the S32 SDK for Power Architecture drivers and FreeRTOS. Integration with S32 Design Studio IDE, tips and tricks.

Secure Connected & Automated Vehicles AMF-AUT-T1811 - 4 Layers of Automotive Security for Connected Cars  AMF-AUT-T2366 - Advanced Standard Products Packaging for the Automotive Market  AMF-AUT-T2411 - Altia: Breaking Down the Automotive eCockpit Design Challenge  AMF-AUT-T1764 - Creating Secure Networks for V2X Communications  AMF-AUT-T1944 - Design the Car of the Future: i.MX 8 Virtualization and Media Capabilities for Next Gen eCockpits  AMF-AUT-T2345 - Faster Motor Control Development  AMF-AUT-T2341 - Firmware Updates for Automotive Edge Nodes AMF-AUT-T2363 - Functional Safety Methodology and Capabilities  AMF-AUT-T2358 - Functional Safety Power SBC: FS6500 / FS4500 AMF-AUT-T2344 - Hands-On Workshop: MCT for S32K - MATLAB/Simulink Modeling and Code Generation  AUT-N1891 Hands-On Workshop Programming of NXP's eXtreme Switch in Less Than 10 Minute.pdf  AMF-AUT-T2346 - Hands-On Workshop: S32K, Design Studio and SDK  AMF-AUT-T1782 - Introduction to Sensor Fusion and Autonomous Drive Vehicle Algorithms  AMF-AUT-T1823 - Introducing New SPI Controlled Brushed DC Motor Drivers Featuring Functional Safety and Higher Torque  AMF-AUT-T2324 - Manufacturing Tool  AMF-AUT-T2353 - MOSFET Based H-bridge Window Lift Implementation  AMF-AUT-T2343 - S32K and MagniV Overview  AMF-AUT-T2354 - S32K Security for the Automotive Edge Nodes  AMF-AUT-T2325 - S32V234 ADAS Vision Processor Overview  AMF-AUT-T2371 - Simplify Your Inverter Through Advancements in IGBT Gate Drivers  AMF-AUT-T2364 - Software Tips and Tricks for the S32V  AMF-AUT-T2348 - The NXP Audio Video Bridging (AVB) Stack  AMF-AUT-T2347 - The NXP IVI Platform  AMF-AUT-T2349 - The NXP Trusted Execution Environment (TEE) Stack  AMF-AUT-T1813 - Trends in Vehicle Architectures  AMF-AUT-T2367 - TPMS Localization VIDEO PRESENTATION: FTF-AUT-N1773 - Secure V2X Intro  VIDEO PRESENTATION: FTF-AUT-N1788 - BlueBox - A Powerful Brain Enabling the Design of Self-driving Cars with Safe, Secure and Reliable Motion Planning Systems  AMF-AUT-T2323 - Vision SDK for S32V Family  AMF-AUT-T2310 - Yocto Project™ Tools for BSP Developers  Design, Software & Services AMF-DES-T2412 - Cog Systems: Introducing D4 Secure SDK - Leverage Virtualization to Build Your Secure Connected Devices  AMF-DES-T2409 - DornerWorks: Xen on the i.MX 8 Applications Processors  AMF-DES-T2304 - Effective Printed Circuit Board Design: Techniques to Improve Performance  AMF-DES-T2305 - Electromagnetic Fields for Normal Folks: Show Me the Pictures and Hold the Equations, Please  AMF-DES-T2360 - EMI Made Simple: It's All About the Space!  AMF-DES-T1740 - i.MX 8 and the Vulkan API - The Future of High Performance Graphics Implementations  AMF-DES-T1894 - Techniques for Crypto Key Management Using i.MX Application Processors  AMF-DES-T1939 - Teaching Things to See: Introduction to i.MX 8 Vision Architecture  AMF-DES-T2001 - Power Distribution Made Easy  AMF-INS-T2024 - Semiconductor 101/102: Functionality and Manufacturing of Integrated Circuits  AMF-DES-T2352 - Using the New ‘Pins Tool’ for i.MX Applications Processors 

A guide to using the Vision SDK for S32V. Learn how to leverage S32V design tools to work with APEX and ISP on the S32V family.  

Hands-on: How to build an automotive application using the S32 SDK for Power Architecture drivers and FreeRTOS. Integration with S32 Design Studio IDE, tips and tricks.

i.MX RT has a flexible external SPI Flash interface, which supports all existing SPI protocols. However, Serial Flash products may vary in READ performance due to the number of I/O, command protocols and the maximum frequency. Serial Flash Read performance has a direct impact on the system bootup time as well as code execution efficiency. In an advanced system design where system code is shadowed from Flash to DRAM, the initial boot time depends on the data transfer time from Flash to DRAM. In a cost-efficient system design, DRAM is reduced or eliminated since the processor will be able to fetch execution instructions directly from the Flash to the internal cache. During code fetching, a fixed length of data (typically 32- or 64-Byte) is read out from the flash. Shortening the overall 32-Byte or 64-Byte Read time will greatly reduce processor’s wait cycle, leading to improvement on XiP efficiency.