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Expert-led courses designed to equip engineers and developers with the latest knowledge and skills in cutting-edge technologies driving the future of mobility.
As cars become increasingly electrified, connected and autonomous, the shift to software-defined vehicles (SDVs) requires a robust, secure infrastructure to enable safe and reliable data exchange. This evolution empowers automakers to deliver updates and new features faster than ever. NXP's SDV Academy offers expert-led training on the core technologies driving this transformation – from zonal architectures and power management to machine learning and cybersecurity – equipping developers to build safer, smarter vehicles that can be continuously upgraded over time.
| Training | Details |
|---|---|
| Overcoming SDV Development Challenges with NXP’s S32 CoreRide Platform | Discover how NXP CoreRide platform combines processing, vehicle networking and system power management with pre-integrated software to address the challenges in developing SDVs |
| NXP CoreRide: Overcoming SDV Hardware and Software Integration Challenges | Explore how NXP collaborates with ecosystem partners to pre-integrate software into hardware streamlining SDV development. |
| Software-Defined Vehicles in Action | Discover how the latest technologies enable new experiences for vehicle developers and consumers alike. |
| Identifying the Right Path Forward for Future Vehicle EE Architecture | Understand various approaches to electrical and electronic architectures and their impact. |
| The Role of the Software-Defined Vehicle Computer | Learn about the central role of vehicle computers in facilitating new features and managing risks. |
| Shift Left: Electronics Architecture for the Software-Defined Vehicle | Explore the technologies behind SDVs and get the insights into virtual development methods. |
| Training | Details |
|---|---|
| Modernizing Automotive Electrical Architecture | Understand the key trends driving the change for automotive electrical architectures and explore their impact on vehicle design, the supply chain, and the end-user experience. |
| Identifying the Right Path Forward for Future Vehicle EE Architecture | Discover how evolving vehicle architectures and NXP’s networking solutions are shaping the path toward secure, zonal-based automotive design. |
| How Power Management Enables SDV Architectures | Discover how innovative power management solutions support efficient SDV deployment. |
| Instant-On in Zonal Architectures | Learn how NXP addresses wake-up and low-power challenges in zonal architectures to support connected, electric, and autonomous vehicles. |
| Introduction to the Concept and Variations of Domain Control | This session introduces domain controllers, their variations and key attributes, the future of multi-domain consolidation, and NXP’s networking solutions. |
| How to Design SDV Architectures with Real-Time Integration in Centralized Vehicle Compute | Learn how modern SDV architectures use virtualization, TSN, and real-time integration on S32 SoCs to meet the performance demands of centralized vehicle compute. |
| Service-Oriented Architecture: Design and Implementation Using Automotive Linux BSP | Get an overview of service-oriented architecture (SoA) in automotive systems using Linux BSP, including NXP’s infrastructure, frameworks, and real-world use cases. |
| Training | Details |
|---|---|
| Cloud-Based Virtual Development Environments | Explore the virtual development environment initiatives of NXP and AWS for faster, scalable automotive software innovation. |
| Edge Node Ethernet Portfolio, Software and Tool Enablement | Overview of the TJA1101/02 Ethernet PHYs and SJA1105x/SJA1110x Ethernet Switch portfolio. |
| Applying Time Sensitive Networking Tools for Quality of Service and Reliability | Overview of the importance of time sensitivity in in-vehicle networks for safety critical driving applications. |
| Integrating Time Sensitive Networking and Middleware Protocols | Ongoing integration activities between two state-of-the-art solutions. |
| NXP Reference Design Board (RDB) for Vehicle Networking | Overview of the vehicle networking reference design board and the different networking technologies. |
| Introducing the S32G GoldVIP (Vehicle Integration Platform) | GoldVIP showcases performance and features of the S32G2 processor for evaluation and integration of partner software and cloud connectivity to demonstrate target applications. |
| Accelerating S32G Development with the New GoldVIP and RDB2/GoldBox Products | Demonstration that showcases the power of the S32G vehicle integration platform (GoldVIP) plus S32G2-based hardware designs. |
| Training | Details |
|---|---|
| Accelerating Vehicle Intelligence with Machine Learning | Explore how NXP’s eIQ® Auto ML environment enables efficient deployment of AI models on S32 devices for key automotive use cases like battery estimation and vehicle health monitoring. |
| Edge Data Management for SDVs | In this training, NXP and ITTIA discuss the development of advanced applications using smart edge data management for SDVs. |
| Overcoming In-Vehicle Communication Challenges | Dive into solutions for efficient communication in logically centralized architectures. |
| Extending Vehicle Networking to the Cloud with Service-Oriented Gateways | Explore the journey of data from the vehicle networks to the service-oriented gateway and to the cloud. |
| Vehicle Edge Processing with eIQ® Auto and S32G Processors | Explore ML use cases and see how NXP solutions bring them to life through real-world applications examples. |
| Training | Details |
|---|---|
| Boosting CAN FD Networks | Introduction into the limitations and challenges of existing CAN FD and how NXPs TJA146x on CAN SIC solves these challenges. |
| Easily Manage Power, System and Safety with Our Safety SBC for Advanced Vehicle Networks | Learn how to easily solve advanced vehicle network systems challenges: low-power mode management, functional safety integration, SoC and network transceiver. |
| Trends for Audio and Radio Processing in Zonal Vehicle Architectures | Explore NXP’s vehicle networking solutions to enable safe and secure connections within a car and to the cloud. |
| Applying Time Sensitive Networking Tools for Quality of Service and Reliability | Discover the importance of time sensitivity in in-vehicle networks for safety critical driving applications. |
| Integrating Time Sensitive Networking and Middleware Protocols | Explore the ongoing integration activities between two state-of-the-art solutions. |
| NXP Reference Design Board (RDB) for Vehicle Networking | Get an overview of the vehicle networking reference design board and the different networking technologies. |
| Training | Details |
|---|---|
| Isolation and Virtualization Solutions for Real-Time Processors | Learn how hardware-enabled isolation and virtualization power safe, secure virtual ECUs for real-time automotive applications and ECU consolidation. |
| End-to-End Security in Vehicle Electronics Architecture | Explore how transitioning to zonal architecture introduces new security challenges and how NXP supports building security into the design from the ground up to protect critical vehicle functions. |
| Security on CAN and Ethernet: Improve Efficiency and Complement for Secure Communication and IDPS | Lear how to implement an efficient, hardware-based "last line of defense" in CAN and Ethernet networks that will also help intrusion detection systems (IDS). |
For high-performance, safe and secure processing for service-oriented gateways, domain controllers, zonal processors, vehicle computers and safety processors.
Real-time processors ideal for safety processing, domain and zonal control, electric vehicle (xEV) control and smart actuation.
NXP's broad CAN and CAN FD portfolios cover all CAN functions and power modes with excellent EMC performance, leading quality, and a multi-sourced industrial base.
Integrated, high-performance power management solutions for a wide range of automotive and industrial applications.
Our automotive Ethernet portfolio offers to our customers high-quality and highly reliable solutions, including PHY and switch products.
Complete and versatile range of LIN automotive products including single, dual, quad LIN transceivers and LIN mini System Basis Chips.
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