Service-Oriented Gateway
Overview
Designs
For vehicle service-oriented gateway (SoG), domain control applications, high-performance processing, safety and security applications.
Engineered for central gateway, domain controller, FOTA, secure key management, smart antenna and high-performance central compute nodes.
Specifications
Service-Oriented Gateway
Vehicle Network Processors
Safety Microcontrollers
PMIC
- VR5510 : Multi-Channel (9) PMIC for S32G Processor – 8 High Power, 1 Low Power, fit for ASIL D Safety level
CAN PHY
- TJA1046TK : Dual High-Speed CAN Transceiver with Standby Mode
- TJA1046VTK : VeLIO Certified, Dual High-Speed CAN Transceivers with Standby Mode for Automotive Applications
Secure CAN PHY
- Secure CAN Transceivers : Secure TJA115x CAN Transceiver Family
- TJA1462 : CAN Signal Improvement Capability Transceiver with Standby Mode
- TJA1463 : CAN Signal Improvement Capability Transceiver with Sleep Mode
- TJA144x : Automotive CAN FD Transceiver Family
LIN PHY
Ethernet
- SJA1110 : Multi-Gig Safe and Secure TSN Ethernet Switch with Integrated 100BASE-T1 PHYs
FlexRay Star
SPI-QuadLIN
- SJA1124 : Quad LIN Leader Transceiver with LIN Leader Controller
Secure Element
Service-Oriented Gateway
Design Resources
Documents ( 1 )
Documents
White Paper ( 1 )
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Training and Events
Unlocking the Full Potential of Vehicle Data with S32G Processors
This on-demand training will introduce the concept of "vehicle network processing" and explore how future vehicles will require a better performance and networking.
Enabling a Connected EV Management System with NXP GoldBox and GreenBox Platforms and AWS Cloud Services
In this session, we will provide insights into the implementation of the Connected EV Management System based on the NXP GoldBox based on the S32G vehicle network processor for service-oriented gateways and the GreenBox based on the S32S for propulsion domain control, along with the key software and cloud technologies from AWS, and how they all work together to provide value propositions for connected EVs.
New Approach to Automotive Ethernet Packet Processing
Explore how the S32G Vehicle Network Processor and the SJA1110 Multi-Gig, 10-port TSN Ethernet switch address challenges facing vehicle networking.
Addressing the Rise of Automotive Gateways and New Vehicle Architectures with the NXP S32G Vehicle Network Processor
Explore the vehicle gateway market and new applications for vehicle network processing, including the S32G architecture, trends and key features.
Automating the Development of AI-based Deep Learning Vehicle Health Management (VHM) Solutions on the NXP S32G Processor
Learn how SafeRide's VHM solutions simplify and automate the development of advanced neural networks on the S32G Vehicle Network Processor that provide early detection of malfunctions and help predict failures and identify the root cause of problems.
Redefining Connected Vehicles With Service-Oriented Gateways
Explores how vehicle service-oriented gateways will play a pivotal role to redefine connected vehicles, help transform OEMs from carmakers into data-driven service providers and bring new user experiences and capabilities to consumers.
Designing Secure Automotive Gateway Solutions Using Time-Sensitive Network (TSN) Protocol on the NXP S32G Processor
Learn how the complete Ethernet AVB/TSN networking stacks and the precertified ASIL D INTEGRITY real-time operating system can help create a high-performance software architecture meeting critical requirement for ECU safety, secure networking with low latency, determinism and guaranteed bandwidth.
Layerscape in Automotive—Multi-Arm Processors for Telematics, Gateway and AD Sensor Fusion
This session will provide an overview of the product family and its transportation-centric use cases.