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The session will introduce an upcoming xEV traction motor power inverter platform system-play solution featuring a new MCU, new IGBT gate driver, and new safe SBC bound together with system enablement software and ASIL-D compliant safety support. A fully functional traction motor reference design being designed by partner Vepco will also be introduced based on a Power IGBT Module from Fuji Electric. The session will describe the platform’s components, software structure, value proposition, enablement support and go-to-market approach to help enhance understanding of the application and NXP solution as well as how to sell the system platform.

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.

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.

ARM® mbed™ OS is an open source embedded operating system designed specifically for simplifying the development of scalable Internet of Things (IoT) devices. It includes all of the features you need to develop a connected-product based on ARM Cortex®-M microcontrollers such as Kinetis and LPC MCUs. In this hands on workshop you will get familiar with the features of mbed OS and learn how to develop and debug mbed OS applications with a traditional IDE.

This class will introduce/update on Android Things, the new version of Android designed for the IoT market. The when, what and how of Android Things will be explained and how NXP has worked with Google to enable certified boards based on NXP silicon and why IoT product developers should consider using Android Things for their next IoT project. Finally the relationship between Android Things, Google Voice Assistant and Chromecast built in will be explained and what NXP parts are most appropriate for optimal performance.

NXP’s latest i.MX 8M processors require the latest memories to keep them running efficiently. As a system designer, your memory choices can impact the performance, size, cost, power reliability and longevity of your end product. We will discuss the latest memories supported on the new i.MX 8M processor family. This includes DDR3, DDR4 and LPDDR4. We will show designers how they can prioritize performance, power or price to develop the most optimum system. We will also provide details on eMMC 5.1 storage products. This includes high performance features including command queueing, and several new Cache operations. We will also highlight a new MCP that includes LPDDR4 and eMMC in a single space saving package. This session will provide designers with the tools necessary to create state-of-the-art i.MX 8M systems.

Fixed Wireless Access (FWA) emerged as an attractive option for high-speed broadband connectivity in urban/suburban areas as a solution to the ‘last mile problem’. 60 GHz wireless mesh systems are generating commercial interest due to the attractive cost and deployment logistics of unlicensed, high-bandwidth spectrum relative to optical fiber networks. NXP’s Layerscape products are designed into FWA systems conceived to exploit the many opportunities of wireless mesh networks. Learn how NXP's 64-bit Arm® platforms drive the next generation of FWA success.

コネクト - トレーニング教材

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