Connects - Training Material

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Hands-on workshop using the low cost KIT-HGDRONEK66 HoverGames drone reference platform for small autonomous vehicles. Learn about the open source PX4 flight stack vehicle manangement unit, NuttX RTOS, Mavlink, DDS RTPS services, associated Linux companion computer and Qgroundcontrol groundstation for vehicle configuration and flight logging and planning. Learn by example compiling the code and adding new functions within the PX4 modular software framework. Discover interfacing to Rapid-IOT via MAVLINK.

Learn how NXP provides support for ODP and DPDK without sacrificing performance. Learn how we're leveraging specific acceleration advantages of the NXP data plane architectures, such as packet IO, classification, scheduling, crypto, etc. This session will provide a comparative analysis and evolution of both of these open-source, platform independent and vendor-neutral standard APIs for optimized packet processing and traditional networking services in user space. It will help you choose the right API for your project, based on design requirements. We will also cover how the ODP and DPDK can provide the necessary infrastructure for virtualized environments.

Join this session to understand the breakthrough security features integrated in the recently launched LPC5500 MCU Family. Along with Arm® TrustZone technology the LPC5500 SRAM PUF based key management makes security easy to use and easy to deploy. This session will start off by introducing the scope of securing a smart connected device. It will explain the need for addressing device life cycle in a scalable way that is easy to use and easy to deploy. Then it will detail the protected key management achievable when using LPC5500 with MCUXpresso Software & Tools.

Security is becoming a quintessential topic for any OEM, and possibly for the entire industry, as evolutions of Autonomous drive capabilities are inexorably tied to the ability to secure the car. A number of components in the security architecture of nodes in any vehicle are very close to the SoC, exploiting hardware capabilities to achieve intended functionality. Answering customer needs, NXP is providing a Trusted Execution Environment (TEE) stack, which provides a significant number of security features required by the Automotive needs. Get an introduction to the basis of NXP’s TEE stack, capabilities, and how does this integrates in the typical secure node architecture.

i.MX RT product is the most popular crossover MCU products in market this year. Positioning as MCU product, i.MX RT can certainly reuse the traditional Arm MCU ecosystem. Besides, this session will provide an overview introduction of i.MX RT series and their target market applications, then share the existing hardware/software/tools/documentation enablements for overall picture. Finally typical reference solutions on i.MX RT are introduced for better understanding what NXP offers to support customer for quick project development.

Bluetooth speakers and headsets, printers, cameras, projectors, set-top-boxes, TVs, Wi-Fi routers and a variety of home appliances like fridges, washing machines, air purifiers, coffee machines, blenders all have one thing in common: Near Field Communication (NFC) allows new features and easier handling. Just bringing two NFC-enabled devices close together is all it takes to create a connection. Accessories and consumables can be authenticated and configured without any user interaction, and without power supply. And commissioning an IoT node into a wireless network has never been as easy as it is now with NFC. We will share the latest status of NFC support in iOS and present the brand new NFC Tandem module.

Introduction and review of the latest family of Functional Safety System Basis Chips with integrated CAN FD PHY. Power Management and flexible safety features will be discussed as well as the operation and interconnection with MCUs. Also in this presentation, you’ll identify how the robustness of our design are verified in a real application environment to achieve a common goal of an excellent system reliability performance. From the ADAS to the drive train market that requires reliability, power scalability and safety, learn how our system Basis Chip solution can enable and simplify your design.

This lecture provides an overview of the software and hardware enablement available to accelerate customer time-to-market and reduce development risks for an In-Vehicle Infotainment (IVI) system. Namely an application processor from i.MX 8 family, Ethernet Switch and PHY, Software Defined Radio and Audio processing, Audio Class-D amplifier, power management, supported by Genivi and AGL compliant BSP and integrated drivers and middleware components for these devices. In a second part, we will present the NXP eCockpit Proof of Concept, which leverages i.MX 8QM HW performances and partitioning capabilities and allows to run two concurrent and independent HLOS and a Safety Critical application (RVC, Display, Audio) on i.MX 8QM.

This course will provide an in-depth system analysis of high voltage (HV) electric vehicle (EV) and hybrid electric vehicle (HEV) power conversion. We will review how the MCU, GDIC and IGBTs function individually and as a system. We will discuss EV and HEV power systems and components for achieving a highly efficient and safe HV motor drive. Using NXP’s new HV IGBT GDIC, the GD3100, and Fuji GEN 7 IGBT modules as we will consider how to achieve smaller, more efficient, and lower cost HV inverter designs. We will review SPI interface programmability that enables any IGBT to be tuned for maximum efficiency, thermal design and layout considerations, power budget assessment, power up sequencing, managing short circuit faults, temperature monitoring, and advanced features provides monitoring and reporting of key safety functions to achieve system ASIL level D and ISO26262 certification.

Secure designs begin with a security model consisting of policies, an understanding of the threat landscape and the methods used to enforce physical and logical security. To protect firmware execution given today’s threat landscape, there must be a policy to only allow execution of authenticated firmware. The methods used to enforce this policy rely on MCU security technology to create a protected boot flow. The boot firmware can contain public key cryptography to authenticate application code. In addition to these components integrated in the end device, there are tools and steps that must be taken in the manufacturing environment. Join this session to explore the design and implementation of a secure boot by making use of the Arm® mbed TLS open source software and protect against firmware attacks. This class will use the recently launched K32W (K3S) for the hands-on portion.

Connects - Training Material

Connects - Training Material

Training Sessions Material

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