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Our automotive Ethernet switches and network controllers scale from compact, unmanaged switches to mid-sized models with integrated PHYs, all the way to high-performance options that meet the most demanding requirements of software-defined vehicles (SDVs) and zonal architectures.
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The SJA1105EL Ethernet switch offers a flexible solution for implementing modular and cost-optimized ECUs capable of supporting any in-vehicle connectivity requirement.
SJA1105PEL/QEL/REL/SEL automotive safe and secure gigabit Ethernet switch family with SGMII, AVB and TSN support for NXP's automotive IVN applications.
The SJA1105TEL Ethernet switch offers a flexible solution for implementing modular and cost-optimized ECUs using Ethernet as the backbone for control applications.
The SJA1110 is a family of four pin-compatible and software-compatible automotive Ethernet switch SoC offering a scalable solution for all automotive applications.
Ethernet switches and network controllers, leveraging the NETC networking foundation used across the S32 platform, featuring high non-blocking switching capacity, advanced embedded hardware security engine, high-performance dual-core processing and a wide range of port interfaces with speeds from 10 Mbps to 10 Gbps.
The S32J100 Ethernet Switch and network controller provides high performance and flexible configuration options, making it the ideal solution for central compute and zonal architectures.
NXP offers evaluation boards and reference designs that make secure edge solutions connected and efficient with innovative analog technologies.
Our SJA1110 multi-gig safe and secure TSN Ethernet Switch with integrated 100BASE-T1 PHYs offers innovative and dedicated safety and security features and adds great value to networking system solutions.
This webinar will explain the context of functional safety in networking ICs and outlook how the network will eventually support failure prevention.
The state of the art (100BASE-T1), and further evolution of the standard into 1000BASE-T1 as well as the adoption by AUTOSAR.
Radar-detected emergency break via V2X to the following traffic.
One EV adoption barrier is vehicle range. Learn more about how technology can extend range and maintain safe battery function.
Sign in to read the white paperVehicle safety beyond ISO and ASIL: How Ethernet networking components enhance the safety of self-driving cars.
Read the white paperLet us help you to accelerate EV system development and meet the ever-growing demand for vehicle electrification with our portfolio of solutions.
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