Connects - Training Material

Discussions

Secure Connected & Automated Vehicles ADAS: Abstracting Inter Platform Communication in Automotive ADAS: An Introduction to S32 Design Studio for Vision IDE and Visual Graph Tools ADAS: Artificial Intelligence with CNN and DNN on S32V234 ADAS: Introduction to NXP Automotive Radar Solutions ADAS: LED Drivers and Matrix LED Controller for Auto Exterior Lighting ADAS: Using S32V’s for High-Performance/Low-Power Computer Vision and ADAS Safety Applications Body Electronics: An OTA Solution for Edge Nodes Using S32K Body Electronics: Hands-On Workshop: Edge Node Development with MagniV Body Electronics: NXP BLE Solutions for Car Applications Clusters & Infotainment: Hands-On Workshop: Introduction to Qt Programming Clusters & Infotainment: i.MX 8 Graphics and Displays Clusters & Infotainment: i.MX 8 Hardware Clusters & Infotainment: i.MX 8 Software IP Designed to Accelerate our Customer’s Designs Clusters & Infotainment: In-Vehicle Wireless Charging Solutions for Automotive Clusters & Infotainment: Introduction to the i.MX 8 System Controller Unit Clusters & Infotainment: Tuners – Mercury Car Radio Introduction Enabling Technologies: AAA Portfolio Update Enabling Technologies: AUTOSAR Classic and Adaptive: Overview of the New AUTOSAR CLASSIC 4.3.0 Features and an Introduction to AUTOSAR ADAPTIVE Platform Enabling Technologies: Component Selection—The Make-or-Break Milestone Towards Autonomous Vehicles Enabling Technologies: DDR Fundamentals Enabling Technologies: Getting Started with AUTOSAR MCAL Enabling Technologies: Hands-On Workshop: FreeMASTER Quickstart – Application Development and Debug Made Easy Enabling Technologies: Hands-On Workshop: S32 SDK for S32K Enabling Technologies: S32 Design Studio Overview Enabling Technologies: SBCs and MCUs: The Smart Choice and How to Make it Work Enabling Technologies: Semiconductor 101 Enabling Technologies: The Software Enablement of BlueBox v2.0: From Boot to ADAS Enablement Enabling Technologies: Understanding HAB and Code Signing Enabling Technologies: Yocto Project™ Tools Expanded Supply Chain Capabilities and Supply Continuity with NXP Functional Safety & Security: Designing for Advanced Functional Safety Requirements - ASIL B/C/D Functional Safety & Security: Safety by Software Functional Safety & Security: System Basis Chip Portfolio – Solutions for Functional Safety Power Management, General Purpose and Networking Applications Green Hills: Automotive Cybersecurity Year in Review i.MX 8 and 8X Applications Processor Overview It’s All About the Space: Printed Circuit Board Design for EMC Micron Technology: i.MX 8 Microprocessors Driving Automotive Applications with Micron Memory Secure Car Access: Hands-On Workshop: New NXP RF Receiver (Lizard) and Transceiver (MantraCS/F) with Ready to Use Firmware Stack for Car Access Systems Secure Car Access: Hands-On Workshop: S32K Cookbook Secure Car Access: Hands-On Workshop: Writing CSEc Security Software on S32K MCU Secure Car Access: Motion Wake-Up for Passive Keyless Entry Secure Car Access: NXP Automotive Cybersecurity Lifecycle Sensors: Automotive Sensor Overview Sensors: MEMS for Automotive Safety Applications with Live Demonstration Sensors: TPMS Evolutions—Use of BLE Plus Updated Software Support Vehicle Dynamics: Battery Management Applications Vehicle Dynamics: Cobra 55 Vehicle Dynamics: Simplify your High Voltage / High Current Inverter through Advancements in IGBT Gate Drive Integrated Drivers Vehicle Networks: Automotive Ethernet PHY+ Software Vehicle Networks: Ethernet in Control Systems Vehicle Networks: Getting Started with CAN Flexible Data (FD) Vehicle Networks: Hands-On Workshop: MPC574xG SDK for Gateway Vehicle Networks: Introduction to Ethernet and TCP/IP Networking Vehicle Networks: Making Full Vehicle Over The Air Updates a Reality with MPC574xG Vehicle Networks: Time Sensitive Networking (TSN), Enable a Predictable, Reliable and Robust Ethernet Network for Autonomous Driving

Every Linux distribution provides features useful in product development - each SoC provides features necessary to a product's success. If you can't take advantage of the distribution of your choice or the SoC of your choice - product development is hampered or stopped altogether. NXP provides technology easing the adoption of SoC specific components into the distribution of your choice. Learn more about this technology, and practical tips and tricks on how to build and use selected components from LSDK at the component isolated level. Topics include building and deploying PPA and boot loaders, building and booting the Linux kernel, and building and deploying select user space components. Emphasis is on native building because it's easier. This will be a two hour session to leave time for Q&A.

Functional safety awareness level one. Introduction to functional safety, what it is, why and how it is implemented. This overview session provides the building blocks for the other deep dive technical sessions within the track and ensures that all participates understand the language and context used within functional safety discussions. It will also introduce how the NXP process with BCAM7 fits with ISO 26262 and the new safety school that will be launched in 2018.

As IC geometries continue to shrink and switching speeds increase, designing electromagnetic systems and printed circuit boards to meet the required signal integrity and EMC specifications has become even more challenging. A new design methodology is required. Specifically, the utilization of an electromagnetic physics-based design methodology to control the field energy in your design will be discussed. This training module will walk through the development process and provide you with guidelines for building successful, cost effective printed circuit boards.

High performance processing in systems with high functional safety requirements has historically been a small segment in the overall processing market. Aerospace, high-end industrial, train & power grid control are traditional applications requiring high computing power with high fault detection coverage, and this ‘niche’ is exploding due to highly autonomous vehicles. This session will review the use of NXP’s multicore processors in traditional safety critical applications, and the retroactive analysis of the Layerscape product family’s fault detection mechanisms and coverage.

This class will provide an overview of NXP's broad and scalable MCU portfolio and give details on which product families are available for different markets and use cases. It will also give an overview of the unified tools, software and solutions that enable the portfolio. This class will demonstrate how to build your own cloud connected end node with our latest power-efficient LPC54018 flashless MCU which will use Amazon Web Services (AWS). This class will also briefly introduce the LPC8N04 based product demonstrations and reference designs to teach you how to build your own NFC based end node.

Connects - Training Material

Connects - Training Material

Training Sessions Material

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