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EUF-NET-T1746 - DPAA2 is composed of new component with various advance features. This presentation is a deep dive into the following DPAA2 components WRIOP, AIOP, SW DPAA object. The viability of the QorIQ LS2085/88 architecture is shown through a "life of a packet" overview.
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Want to know more about USB Type-C or Secure Authentication? Don't miss this slot.
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NXP’s complete end-to-end solution for USB Type-C offers ease-of-use integration into customer designs. The solution 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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Acceptance of wireless charging is growing exponentially among consumers because of convenience and durability and automotive installation. This session will provide the in-depth technical detail and guidance of the design of in-vehicle wireless charging. Also a review of NFC/RFID cards protection that cover both low-power and medium-power applications.
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Learn about the safety related elements of i.MX 8/8X hardware and how NXP is going the extra step with their functional safety concepts. The i.MX 8/8X is designed as a Safety Element out of Context (SEooC) microprocessor (MPU) and is intended for multiple use cases within the vehicle. Join us to see how the i.MX 8/8X can be used in dedicated manners for these specific safety-critical applications, like automotive digital instrument clusters, where critical information and alerts need to be assessed and analyzed at all times.
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Want to know more about USB Type-C or Secure Authentication? Don't miss this session.
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Car electrification require scalable power computing and functional safety platforms. To address such platform requirements NXP is building backbone solutions based on MCU, SBC and SW. Deep dive attach strategy with S32 to support diversity of car electrification market will be presented, introducing the latest generation of functional safety Power Management solutions (FSBCs).
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The rise of NFC is ongoing. Now that traditional markets such as mobile payment and contactless access are well-established, we see NFC creating new markets on its own and providing technological advancements that fuel a new wave of innovation. This session looks into new use cases for NFC. It will also be the first time NXP presents its next technological evolution for NFC.
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Hands-on workshop, NTAG I2C Plus Brings NFC Connectivity into Consumer Electronics for Tiny Devices
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This presentation will first highlights some basic training techniques, such as data augmentation, but the primary focus will be on various ways to deploy neural network frameworks and classical machine learning algorithms, and most importantly, utilizing a variety of open source tools and techniques. We will show how these techniques fit in with some real use cases such as object recognition and anomaly detection. The hands-on session portion of the class will allow attendees to take a trained neural network model and deploy it on a i.MX 8M. Attendees will utilize the Linux development environment and implement an end-to-end use case.
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Come learn about the components required for IoT Gateways. Gateways must support low power wireless protocols to end nodes, such as Bluetooth®, ZigBee®, Thread, or LoRa and then support a WAN connection through LTE, Wi-Fi or Ethernet.  Any IoT design today must be designed for security from the ground up, see how these demands shape hardware and software decisions.
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This session will detail the key features and design advantages of NXP microprocessors for safety and security computers in aerospace and defense applications. Target applications for NXP solutions include avionics, airborne electronics, transportation signaling, autonomous vehicles, UAV and robotics. Get an understanding of certification stakes and learn about the available design collateral and support resources.
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The session is intended for engineers either getting started or are interested in seeing how to use AUTOSAR MCAL to generate and implement code. “Hello world” level examples are presented using the Tresos configuration tool to generate AUTOSAR defined structures. These structions are combined with NXP written drivers and user code to build an application.
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With over half a billion parts shipped to date, i.MX applications processors transform interactions in ways you never imagined. Learn about the i.MX portfolio and enablement that offer multicore solutions for multimedia and display applications with high-performance and low-power capabilities that are scalable, safe, and secure. 
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Analog Solutions—Robust, Reliable Performance
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Smart Retail is based on the idea that technological solutions convert a conventional physical store into an interactive point of sale, including logistics as much as increased customer interaction. Join this session to learn about the use of RFID-NFC for smarter products, smarter logistics and it's ability to enable new retail concepts such as unmanned stores.  
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Evolution of Automotive car architecture with more hybridization and ADAS power computing require evolution of power management to fit with application and environment changes. During this session you will have an overview of automotive market dynamics and a deep dive of latest safety power management solutions to support applications up to ASIL D (FS66, FS84, FS85).
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Start your i.MX 8 project off right!  This class will go through what is required for i.MX 8 hardware design and DRAM initialization. We will also discuss methods of achieving first pass success, even with complicated power routing and high-speed signaling.
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Automotive and Industrial Battery Management Systems solutions from low to high voltage applications covering key components such as safety battery cell controller, power management, and MCUs.
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