Technology Days - Training Material

Discussions

This talk will review the driver, receiver, and common PCB characteristics and show how simulation with IBIS models are used to weigh the trade-offs for the DDR bus design. We will also review the high-speed signal channel and its characteristics and illustrate how the TX and RX circuits in general are used to offset signal losses, and discuss key characteristics of the channels that are needed to allow these TX and RX circuits to work effectively, such as minimizing return loss.

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.

Learn more about the innovative new industry standard USB Type-C connector offering seamless connectivity of data, video, power and security over a single connector. Usage spans multiple applications from computing and mobile to peripherals and accessories. You will learn about the compelling applications and NXP’s leadership in AC-DC, TC-PC PHY, high-speed switching signal integrity, authentication and power switches product portfolio offering differentiated end-to end Type-C solutions.

The presenter gives a detailed introduction of the NXP BLE solutions for Automotive. This session includes the description of the latest standard defined by the BT-SIG, and a clear presentation of the NXP silicon roadmap. The speaker also walks the audience through the development tools required to successfully implement a BLE communication system, with a specific attention given to applications such as car access and tire pressure monitoring. The attendees leave this session with a call for action that helps them select the right device and quickly move into their own development environment.

Whether you are looking for an easy and cost-efficient parametrization solution or want to use a smartphone for ad-hoc diagnosis of a device - Near-field-communication (NFC) makes this possible now. Or you might want to communicate with a fully sealed, batteryless device? Learn in this session about many new use cases, in which NFC simplifies handling, saves cost or enables features which were not possible before in industrial or healthcare applications. With iPhones now also enabled for NFC reading there are more possibilities than you would have imagined!

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.

This training will take a user from “out of box” to a functioning IoT system including edge devices, gateway/border router, smart phone app and cloud connectivity, then run the system through its paces to highlight a subset of common IoT capabilities. The training will leverage the NXP Modular IoT Framework using a currently shipping, fully documented, Integrated Development Experience for the exercises. Southbound connectivity between gateway and the edge devices will be Thread and ZigBee®. Device commissioning will be via NFC and BLE. Northbound connectivity from gateway to cloud will be Wi-Fi. Cloud support will be via a major cloud provider. Note: Users will be able to use their own Android or iPhone with a recent OS version.

Enabling Design, Technologies & Solutions Hands-On Workshop: MCUXpresso Software and Tools Hands-On Workshop: MCUXpresso Software and Tools_Lab Guide.pdf Hands-On Workshop: Using MCUXpresso SDK Introduction to the Next-Generation USB Type-C Connector and NXP’s End-to-End Solution Irvine: Boost Your Productivity with CodeWarrior® Development Tools for ARM®v8 Architecture Irvine: LPC800 MCUs Technical Overview: NXP®’s Fastest Growing Portfolio for the Broad, 8-bit Alternative Market Irvine: Overview of the I3C Interface, Successor of the Well-Known I2C Interface NXP’s Next-Generation Layerscape Linux® SDK Payment, Banking & Retail Hands-On Workshop: Solution Card Reader Training: The Purpose and Value of a Solution Hands-On Workshop: Solution Card Reader Training: The Purpose and Value of a Solution_Lab Guide 1 Hands-On Workshop: Solution Card Reader Training: The Purpose and Value of a Solution_Lab Guide 2 Secure Connected & Automated Vehicles i.MX 8 and 8X Applications Processor Overview Introduction to Wireless Charging Solutions Smart Buildings & Consumer Goods Google™ Home and NXP®: Android Things, Google Assistant and Chromecast™ Built-in Identification and Authentication of Consumables and Accessories via NFC i.MX 8M Processor Overview and the Road Ahead Irvine: Modular IoT Framework Irvine: NFC in Consumer Electronics and Home Appliances Low-Power i.MX Applications Processors Overview Secure Authentication for Anti-Counterfeit Applications Voice Control Solutions: Creating Amazon® Alexa® Devices with i.MX Smart Networks & Computing How Far Can You Go with NXP's Flexible Layerscape Portfolio? Learn from Our Experience! Hints, Tips and Tricks to Speed your QorIQ® LS1012A, LS1043A and LS1046A Design Cycle using NXP Support NXP RF Solutions for IoT to Deliver Reliable, High-Performance Wireless Connections What Can You Build with a 1W 64-bit ARM®v8 SoC?

When choosing the NFC device for a new design, the system architect must consider many parameters. Usually a strong focus is put on hardware specific aspects like the environment, possible antenna size, performance and interface. To avoid unpleasant surprises during software implementation phase, software has to be taken into account as well from the beginning. Different NFC IC categories (NFC Frontends, NFC Controller, Connected Tag) have different strengths, depending on the software environment. The way how highly integrated operating systems like Linux are structured brings both new challenges and advantages. This session examines the considerations necessary when designing in NFC in different operating systems or "bare metal" systems. It also discusses the advantages and disadvantages of the different device categories in dependence of the designated environment.

Technology Days - Training Material

Technology Days - Training Material

Training Sessions Material

Home

Vehicle Networking

AI and Machine Learning

AI and Machine Learning; Edge Computing

AI and Machine Learning; Voice

Connectivity (UWB, 5G, Wi-Fi 6)

Embedded Applications Software; Human Machine Interface (HMI)

Embedded Software

Human Machine Interface (HMI)

Motor Control

Security

Enabling Technologies

Voice; Human Machine Interface (HMI)

Factory Automation

Wearable; Human Machine Interface (HMI)

Home Control & Security; Development Software & Tools

Automotive

Edge Intelligence

Industrial

IoT Smart Home

Hardware & Software Solutions

Automotive

Edge Intelligence

Industrial

Mobile, Wearable & Computing

IoT Smart Home

Hardware & Software Solutions

Automotive

IoT Smart City

Edge Intelligence

Industrial

Mobile, Wearable & Computing

IoT Smart Home

Hardware & Software Solutions

Station F

Singapore

Automotive

Edge Intelligence

IoT Smart Home

Mobile, Wearable & Computing

Industrial

Hardware & Software Solutions

Automotive

Communication Infrastructure

Edge Intelligence

Industrial

IoT Smart Home

Hardware & Software Solutions

Mobile, Wearable & Computing

Automotive

Edge Intelligence

Hardware & Software Solutions

Industrial

IoT Smart City

IoT Smart Home

Automotive

Automotive

Hardware and Software Solutions

Industrial

IoT Smart Home

Mobile, Wearable, and Computing

Automotive

Edge Intelligence

Hardware & Software Solutions

Industrial

IoT Smart City

IoT Smart Home

Mobile, Wearable & Computing

Automotive

Artificial Intelligence, Enabling Technologies, Security & Solutions

Smart Machinery & Industrial Automation

Smarter World Solutions & Multimode Connectivity

Artificial Intelligence, Enabling Technologies, Security & Solutions

Smart Machinery & Industrial Automation

Smarter World Solutions & Multimode Connectivity

Automotive

Artificial Intelligence, Enabling Technologies, Security & Solutions