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Join this session to learn about the i.MX 8/8X application processors that offer a natural migration path from the successful i.MX 6 series for industrial and automotive markets. This class will highlight the feature enhancements in CPU performance, graphics, multimedia, audio and connectivity. And will cover the basics on security, machine learning, build and distribution of Linux and Android systems, management of storage devices, graphics and demo settings. You will leave the session with the knowledge on the features of the i.MX 8/8X and how to get up and running quickly on the development boards.

Many people involved in the electronics industry need a basic knowledge of semiconductor components in order to understand issues like manufacturing cycle time, semiconductor fab consolidation and failure analysis results. This session is geared towards a non-technical audience and gives a high-level overview of semiconductor devices and how they are made. The lecture begins with a brief overview of how semiconductor devices work. The bulk of the presentation describes the generic manufacturing flow for semiconductor devices with an emphasis on the complexity of the equipment/facilities used and the process time required.

The NFC market is exploding - ABI Research forecasts more than 2 billion NFC-enabled devices to shipped yearly by 2019. While the first product generations focused on standards and reading distance, the newest products also allow for fast design-in and certification thanks to features such as Dynamic Power Control, microcontroller integration or energy harvesting. Today we see three full NFC product categories to adress the growing number of use cases: (1) Connected NFC tag solutions with field-detection function and an NFC Forum-compliant RF or an I²C interface, (2) standalone NFC frontend solutions for the most flexible way to add NFC to a system and (3) NFC controller solutions to enable higher integration by combining an NFC frontend with an advanced 32-bit microcontroller, available with integrated firmware.

The continued growth of processing capabilities and new features introduced with the ARM®v8 based System-on-Chip has made virtualization a realistic option for embedded system developers. With virtualization, system architects can design solutions that reduce the size, weight, power, and cost of legacy systems by consolidating disparate software functions onto a single chip, even if those different software functions require different operating systems or otherwise incompatible software stacks. Virtualization allows architects to partition and isolate software components with different safety, security, or licensing requirements. The virtual machine manager, or hypervisor, is the key piece of software technology enabling virtualization. Open source hypervisor, Xen, supports the ARMv8 processor family.

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.

V2X technology has the potential to drastically reduce road accidents and improve the traffic flow by fusing in-car sensor data with data obtained from other road users and from the surrounding infrastructure - visibly or unvisbily and far beyond the driver's line of sight. Vehicle to cloud data communication provides a pathway for anonymous data collection and dissemination. When the true potential for V2X is realized and it becomes a true part of the vehicle safety system it is vital that the authenticity and security of data are guaranteed. In addition, the vehicle control units that coordinate active stability systems must be protected against external influences that might subvert the mechanisms design. This presentation will explore the various security countermeasures needed to make V2X a safe and secure technology for the future.

Wireless (802.11) deployments are slated to overtake Ethernet switching revenue by the later part of the decade. Along with that volume, the new 802.11ax standard will deliver a 300% increase in useable performance along with higher density access for schools, airports, stadiums etc. Another driver is the demand for high bandwidth wireless within the home. Come learn about NXP's new Layerscape LA1575 and other innovative, integrated, programmable solutions available to address these increasing demands for wireless performance.

This session will first provide an overview of the products, software and enablement that NXP's wireless connectivity MCU portfolio includes to address the IoT market. Then, it will provide a deeper dive and demo on the Thread™ networking technology and how to develop an application using NXP's Thread Stack and ZigBee® Dotdot application layer. This session will also introduce the NXP BLE product family including the latest QN9080/83 ultra low-power BLE WMCU and KW35/36 automotive and industrial BLE WMCU, detailing targeted use cases, the device features, highlighting BLE and stacks as well as supporting enablement.

Wi-Fi 6 is the latest standard in WLAN technology also known as 802.11ax. This enables almost four times faster speed over the previous technology 802.11ac. NXP has been developing front end IC to support this upcoming technology and have won the reference design with a leading SoC vendor. In this course, participants will learn the key features of Wi-Fi 6 and how NXP FEIC will solve those challenges to deliver a cutting edge solution.

The vehicle becomes the most complex node in the Internet of Things and driver assistance functions will ultimately merge in the autonomous vehicle. On the way more and more consumer components make it into vehicles and the need for unprecedented compute performance is redefining “high-end” in cars. NXP is a leader in Automotive since decades and the leader in highest-end compute Networking solutions. This session will highlight 66 critical differences that may generically exist between automotive and consumer components as identified by a ZVEI industry workgroup (German Association of Electronics Industry) e.g. impacting reliability, quality and lifetime of vehicles. We will demonstrate how NXP’s capabilities across all product segments and performance ranges might address many of your hidden risks providing an excellent starting point towards your autonomous vehicle.

This training session will provide a mid-level technical review of the latest generation of Motion Sensors and Pressure Sensors targeted for Automotive Safety Applications. Details to be covered include: a) Portfolio Overview; b) Product key functions / block diagrams; c) Functional safety considerations; d) application use case considerations and e) Development Tools. The session will conclude with a live demonstration.

Join this session to learn how to take advantage of the innovative features of LPC84x MCU family, the first of three LPC800 releases planned for 2017. Through product feature training and demonstrations, we will show how these low-power, ARM® Cortex®-M0+ based MCUs offer 8-bit simplicity for today’s entry-level 32-bit microcontroller market. We expect that you will leave this session with the right training and evaluation boards to get started immediately in your own embedded development.

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