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Technology Days - Training Material

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This session will provide an introduction to automotive cybersecurity. Amongst others, we will outline: NXP's automotive security product portfolio; industry standards and best practices; and NXP's global security organization, cybersecurity design and business practices.
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At NXP, our broad portfolio of analog, interface and NFC solutions means that we are able to offer complete solutions around the core. With a range of options that attach to any core, our product expertise in areas such as NFC, power management, networking and interfaces is deep-rooted.
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This session introduces our safety power management portfolio. Learn how to develop applications for automotive infotainment and connectivity.
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MCU Alexa Voice, software and tools installation. Learn how to debug and develop code on the MCU all throughout to cloud enablement.
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Overview of an open battery management system reference design planned for PX4 enabled drones and Hovergames.com. Alternative use cases, unique features, and collaborative development challenges. Plans for battery health and open SW platform.
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As memory interface data rates increase, so does the need for ensuring proper margins have been designed into the system’s usage of that interface. One way Micron has studied the system’s usage of the memory interface is through Timing & Signal Analysis (TSA). A TSA attaches physical hardware to the memory device to observe a subset of the memory interface as operated by the system. Another approach to memory interface is Virtual TSA (vTSA). This method uses the memory controller’s training algorithms to provide margin information without the use of physical test hardware. This method allows characterization of the entire memory interface. This session will compare and contrast the two different methods, and will ultimately demonstrate the value of integrating vTSA tools on the system platform. We intend to reference actual results from the latest i.MX 8 QXP board.
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In automotive applications, it is typical to have a central processing unit that interfaces with other peripheral devices, other sub-systems and the user. Often, the signals from these interconnects may be incompatible on both ends. Therefore, various semiconductor devices such as analog switches, voltage level translators, and GPIO expanders are often used to bridge between the interconnects on the board. Also, LED Controllers, LCD Drivers and Real Time Clocks are used for interfacing between the system and user. In this session, we will explore the application of these analog and interface devices from NXP and discuss their applications in automotive applications.
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This lecture will teach you the specifics of NXP's i.MX 8 AUTOSAR MCAL and Safety MCAL products. They render immense benefit to your product development cost and time as there is a shift in the ECU design approach from coding to configuration. They become essential components of the layered architecture of AUTOSAR for many automotive ECU products utilizing i.MX MPUs.
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Artificial intelligence and machine learning (AI/ML) are revolutionizing the industrial world. For maximal impact, AI/ML must be done close to where data is generated and the output of analysis used. It's an ideal workload for edge computing and complements NXP’s EdgeScale cloud-based device-management platform. Layerscape processors are well suited to hosting AI/ML workloads. Software from NXP and third parties helps enable developers to create industrial applications using AI/ML technology. These applications can be distributed, Layerscape-based edge nodes with endpoints performing multiple tasks including: addressing condition monitoring or first-level classification; running popular edge frameworks to deliver cloud-like services on premises, aggregating data from multiple endpoints or performing additional analysis; running cloud-based software analyzing data for long-term trends.
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A guide to developing with the Yocto Project for i.MX application processors. Learn how to leverage the Yocto Project in development by adding layers and recipes, customizing images, working with the kernel, and other essential Yocto development tasks.
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Overview of the i.MX RT family, where to find the related tools, getting started, and where to go for support.
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This presentation provides an overview of the new toolchain to support the S32 platform of MCUs and application processors, this includes an IDE with new project generation, extensive collateral for ease of use and getting started as well as the next-generation Debugger tools, a new Flash tool specifically design for the S32 platform, the S32 configuration tool plus numerous software products integrated into the toolchain for ease of customer use.
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This session will introduce you to a new type of vehicle gateway called a Service-oriented Gateway that can support broad deployment of services to transform the automotive industry with new opportunities, and provide insights on how NXP can help you develop one.
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The PF81 and PF82 PMIC family is designed for high-performance processing applications such as infotainment, telematics, clusters, vehicle networking, ADAS, vision and sensor fusion. It is ideal for i.MX 8, i.MX 8X, S32V, and Networking processors in Automotive, Industrial, and Consumer applications. In this session we will offer a detailed overview of the family, its features and advantages of scalability and functional safety
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This session will give an overview of a system safety concept for a high voltage traction inverter of Battery Electric Vehicle. Performance and functional safety requirements mean that we have to be able to monitor the safety aspects of each of the components within the powertrain. Using a concept to deliver a complete package with risk assessment, safety goal definitions and a functional safety concept as well as the technical safety architecture of a traction motor inverter, you will learn how to derive functional safety requirements to implement in your next designs.
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No other company has the breadth and diversity of embedded solutions for addressing the challenge of IoT security. From secure element ICs to advanced multimedia and networking microprocessors, NXP delivers the technology needed for securing the entire Lifecycle of the end or edge node. In addition, with Edgescale Cloud services software, devices can be maintained from deployment until decomissioning. Join this class for an overview of NXP's security solution.
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S32K11x, S32K14x product and solution, migration to future S32K products.
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This class will show how advanced MPUs and MCUs are made for PMICs and peripheral components.
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This session will review the portfolio and trends for mobility and retail products as well as dive into NXP's new products around electronic ticketing.
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