How is the infrastructure of the car evolving to support smarter and more connected software defined vehicles? With cars becoming more electrified and autonomous, SDV data needs to be moved and shared in a safe, secure and reliable way to help carmakers bring updates and new features to vehicles faster.
Explore this SDV and vehicle networking training program to learn how NXP is supporting new vehicle architecture trends based on application domains and zonal control. Start today and plan your training journey, taking courses at your own pace.
The TJA146x series of CAN FD transceivers with active signal improvement capability enable complex network topologies beyond 2 Mbps and a maximum bit rate of up to 8 Mbps.
The SJA1110 safe and secure automotive ethernet switch is a family of four pin-compatible and software-compatible automotive Ethernet Switch SoC offering a scalable solution for all automotive applications.
The TJA115x secure CAN transceiver family provides a seamless and very cost-effective solution for securing classical CAN and CAN FD communication without cryptography.
The VR5510 Multi-Channel PMIC is designed specifically for the S32G vehicle network processor family targeting service-oriented gateways, domain controllers and safety controller applications.
The S32G processors for vehicle networking combine ASIL D safety, hardware security, high performance real-time and application processing and network acceleration for service-oriented gateways, domain controllers, safety co-processors and software defined vehicle (SDV) computers.
Accelerate your software defined vehicle design process with these development tools.
Reduce development time and risk using these reference designs.
Take your training a step further with these course dedicated resources.
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