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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.
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Learn how to develop a wireless connected product using BLE and/or Thread protocols.
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Motor control is moving to smart, reliability, high energy efficiency and high integration, digital control is the inevitable choice to meet the requirements. As old brand motor control MCU supplier, NXP provides the complete motor control MCU product portfolio and related reference solutions, covering from low end S08, dedicated 32-bit DSC, 32-bit Cortex M0+/M4/M7 based KE/KV to high performance 32-bit Cortex-M7 crossover i.MX RT. This session will introduce the market trend of motor control applications, basic motor control applications' requirements and NXP's offerings to meet these requirements. Finally, one dual stepper servo motors control demo is shown to better understand what NXP can provide to make motor control development easy.
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Learn how to create a secure / non-secure application and debug on a secure Cortex-M33 NXP device.
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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.
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China expects each OEM to make and sell 12% of its output as ZEVs by 2020, large cities ban classic ICE-vehicles, car makers announce new EVs with increasing cadence. This session shall give an overview of the main forces influencing the EV market, describe the main architectural approaches and system components as well as what growth potential this has for NXP.
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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.
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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.
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This session will cover NXP's complete sensor portfolio for both Automotive and IoT markets. This session will also provide an overview of the various target applications for sensors in both automotive and IoT domains.  Applications ranging from Airbags, Tire Pressure Monitors to low power activity monitoring and asset tracking will be covered in the session.
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NXP’s end-to-end solution for USB Type-C offers ease-of-use integration into customer designs and includes AC/DC converter for power supplies, PD PHY and CC Logic Controller, direct charging, signal re-drivers, signal switches, load switches and authentication.
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This presentation will explore key Time-Sensitive Networking (TSN) standards and how they relate to Automotive requirements. An overview of the relevant IEEE®  802.1 TSN standards will be given with examples of how these can be applied and used in the automotive environment. By the end of this session, the attendee will understand and be able to select the features they need based on their network use cases.
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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.
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A hands-on session to show how to prepare and program device for CSEc security operations. Session also covers both bare metal and SDK approach to program CSEc module. The NVM part will cover the enablement/configuration of the different types of memory and tools that NXP provides for calculating the endurance.
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This session will cover NXP's complete voice and audio solutions for IoT market. This includes solutions for voice calling, AI voice recognition and music playback. NXP brings complete and optimized audio framework on NXP's MCU and MPU products, which provides ready and easy to use voice and audio functions to IoT developers.  In the applications such as AI speakers, home electrical equipment and voice control nodes.
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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.
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This session will address the newest technology solutions including: PMIC for i.MX application processors / Layerscape; Functional SBCs for applications up to ASIL D; Li-Ion Battery Cell Controller (14V, 48V and more); Smart high side switches; Valve controller for hydraulics and pneumatics systems.
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Hands-on: Quick introduction into non-AUTOSAR software solutions based on NXP S32 SDK. How to create an automotive application featuring secure CAN communication. Integration with S32 Design Studio IDE, tips and tricks.
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This workshop demonstrates FreeRTOS on the S32K and presents basic system operation, scheduling, and resource management as it applies in the embedded environment. User applications can be written inside this environment to maximize the use of hardware resources and prioritize operations based on their importance to the system.
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The i.MX 8 architecture features two processor types: a powerful Arm® Cortex®-A for applications and a Cortex-M4 for real time processing. In this session you will learn how these cores can interact and what features are embedded on our SoC to ease development on this architecture.
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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.
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