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Zonal Architecture is emerging to address the rapid changes in the automotive industry, especially with the rise of EVs. Significant advancements are seen in low voltage power distribution and vehicle networking. Decentralized zonal power distribution simplifies the wiring harness, reducing weight, manufacturing complexity and costs.
The shift towards software-defined vehicles (SDVs) pushes car makers to innovate, integrating protected semiconductor switches in zonal controllers. eFuses and SmartFETs improve functional safety and fail-functional situations by safeguarding loads, sensors, and actuators. Unlike traditional domain architecture, zonal architecture centralizes control and computing, moving software from individual ECUs to a powerful central computer. This allows higher flexibility for downstream control and power distribution.
Automotive Ethernet is essential for SDVs, handling the vast data from sensors like cameras and LiDAR. It ensures real-time data transfer between zonal controllers and the central computer, which processes sensor data and makes decisions. This infrastructure is crucial for the future of autonomous vehicles, where computing demands will continue to grow.
Push the boundaries of efficiency with the latest T10 technology node and shielded gate trench design.
Watch VideoNew NCV7410 10BASE-T1S Transceiver enables building automotive ethernet in software defined vehicles.
View ProductThe new Treo Platform enables next generation of power management ICs, sensor interfaces, communications devices and standard products.
White PaperSwitch a variety of resistive, inductive and capacitive loads with advanced protection features provided by SmartFETs.
Application NoteZonal Architecture
Explore how Zonal Architecture is transforming future cars and enabling software defined vehicles.
Read MoreZonal Architecture
Treo Platform is the cornerstone for next-gen intelligent power management ICs, sensor interfaces, communication devices, and standard products.
Watch VideoZonal Architecture
Explore onsemi’s comprehensive sensor portfolio and find the right sensor for your ADAS application.
Read MoreGet everything you need for vehicle electrification in one place.
Automotive Self-Protected SmartFETs (Protected MOSFETs).
10BASE-T1S enables fast data transmission in software defined vehicles.
Latest MOSFET technology with best in class performance.
Advanced automotive current protection.
Improve reliability of the 48 V automotive applications.
ESD protection for automotive communication: ethernet, CAN, LIN.
Operates as reverse polarity protection, ideal diode or switch.
Current shunt monitors and current sense amplifiers.
Automotive linear regulators for pre-regulation and post-regulation solutions.
Automotive ICs for Step-Down DC-DC conversion.
Explore onsemi's solutions from power management to advanced image sensors, driving technological progress.
Explore onsemi’s innovative, reliable and customer focused MOSFETs.
The industry’s most advanced analog and mixed-signal platform. Built on a BCD 65nm technology.
IEEE-compliant ethernet controllers designed for robust communication in a wide range of applications.
Isolated and non-isolated drivers for a variety of power switches with advanced features.
Interface technologies that offer lower power consumption and reduced size.
Product portfolio for DC-DC charge pumps, controllers, converters, and regulators.
Products for current protection, voltage protection and EMI filters.
Operational amplifiers (op amp), audio amplifiers, video amplifiers, current sense amplifiers, and comparators.
Extensive portfolio of products for programmable clocks, clock generation and distribution.
Reference Design
NIV3071 eFuse Testing and Evaluation Board
Application Note
NIV3071 eFuse Advantages in Automotive Applications
Application Note
Top Cool Package for Power Discrete MOSFETs
Reference Design
NCV68261 Ideal Diode Controller Evaluation Board
White Paper
High Temperature Analog and Mixed-Signal Solutions Enabled by the Treo Platform
Application Note
High-Side SmartFETs with Analog Current Sense
Application Note
Low-Side SmartFETs In-depth dive
Application Note
NIV3071 PCB Design on Thermal Performance Considerations
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