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LED Lighting in Software-Defined Vehicles

LED Lighting in Software-Defined Vehicles

The transition to software-defined vehicles is fundamentally reshaping automotive E/E architectures, and lighting systems are no exception.


Overcoming Challenges through Indirect Time-of-Flight Advancements

Overcoming Challenges through Indirect Time-of-Flight Advancements

Learn how indirect Time-of-Flight depth sensing enables accurate occupancy, access control, and security systems in modern smart buildings.


Thermal Stress in Data Storage: Effects on Performance, Longevity and Data Integrity

Thermal Stress in Data Storage: Effects on Performance, Longevity and Data Integrity

Download the white paper to learn how thermal stress affects storage performance and reliability.


Ensure Long Life Code with VTI’s RESTful Driverless Software

Ensure Long Life Code with VTI’s RESTful Driverless Software

Future-Proof Your Test Systems: Discover Driverless Control with VTI’s RESTful Software Traditional driver-based architectures are holding your test systems back—creating costly dependencies and risking obsolescence. Learn how VTI’s RESTful approach delivers platform independence, scalability, and long-term reliability.


Poster: Vehicle Features Supported by Automotive Connectivity

Poster: Vehicle Features Supported by Automotive Connectivity

Download this poster to get an overview of existing and future automotive functions and capabilities supported by wireless connectivity; from emergency call to in-car theater and teleoperated driving.


Poster: Evolution of In-Vehicle Networks

Poster: Evolution of In-Vehicle Networks

Quickly find the information you need to test in-vehicle networks with this reference poster.


Measurement of Residual Phase Noise of Amplifiers at 80 GHz Using Interferometric Measurement Technique

Measurement of Residual Phase Noise of Amplifiers at 80 GHz Using Interferometric Measurement Technique

Learn how to measure residual phase noise of amplifiers at 80 GHz using a simple interferometric method and improve your testing accuracy today.


System Solution Guide: Ultra Fast EV Charger

System Solution Guide: Ultra Fast EV Charger

Ultra-fast EV charging enables high-power DC charging—up to 1 MW—directly to EV batteries, drastically reducing charging time and supporting next-gen 800V+ vehicle architectures. This guide outlines key design considerations, from charging topologies like Vienna Rectifier and Dual Active Bridge to system features like bi-directional power flow and PV-storage integration. onsemi offers a complete portfolio of SiC MOSFETs, IGBTs, gate drivers, and evaluation kits to help engineers build efficient, scalable, and safe fast-charging solutions.


System Solution Guide: Zonal Architecture

System Solution Guide: Zonal Architecture

Zonal Architecture is transforming vehicle electronics by decentralizing power and data management through Zonal Control Units (ZCUs), reducing wiring complexity and enabling Software Defined Vehicles (SDVs). This guide explores the shift from legacy to zonal systems, highlights technologies like SmartFETs, eFuses, and 10BASE-T1S Ethernet, and explains how centralized computing supports features like over-the-air updates and ADAS.


Magnetic Encoders: Increasing Demand on High-Performance Magnetic Encoders with Robust Self-Correcting Angular Error Detection Systems

Magnetic Encoders: Increasing Demand on High-Performance Magnetic Encoders with Robust Self-Correcting Angular Error Detection Systems

Download the white paper to discover how Broadcom’s advanced magnetic encoders use self-correcting technology to overcome angular errors and deliver reliable performance in harsh environments.


Unleashing the Power of AURIX™ in Performance Benchmarks

Unleashing the Power of AURIX™ in Performance Benchmarks

Discover how Dhrystone and CoreMark benchmarks perform on Infineon’s powerful TriCore™ architecture in this in-depth white paper.


Exploring the Impact of Image Sensors in Robotics and Automation

Exploring the Impact of Image Sensors in Robotics and Automation

Image sensors are essential for enabling autonomy and real-time decision-making in mobile robotics, powering applications like warehouse automation and service robots. This white paper explores how image sensors contribute to technologies like 3D mapping, SLAM, depth detection, and compares rolling and global shutter options, highlighting the impact of shutter efficiency and pixel size. It also delves into how features like Wake-on-Motion and SmartROI optimize robotic vision and reduce power consumption.


Automotive Satellite Camera Power Distribution Reference Design Using onsemi’s NCV760040

Automotive Satellite Camera Power Distribution Reference Design Using onsemi’s NCV760040

This reference design demonstrates how to implement automotive satellite camera power distribution using onsemi's NCV760040 IC, focusing on safety features for ADAS such as under/over-voltage protection and ASIL-C readiness for ISO26262 compliance. It details the implementation of ADAS power management, including a SEPIC circuit for stable 12 V output. The design also covers circuit specifications, efficiency measurements, and ripple analysis to ensure stable power supply performance in automotive ADAS applications.


System Solution Guide: Advanced Driver Assistance Systems

System Solution Guide: Advanced Driver Assistance Systems

Advanced Driver Assistance Systems (ADAS) leverage a mix of sensors and cameras in vehicles—to detect nearby obstacles or potential driver errors, and respond accordingly. To design these systems, you need to understand image sensors, LiDAR, radar, and ultrasonics, as well as ADAS autonomy levels and depth sensing methods. This solution guide covers all that and more to get you started on your next ADAS design.


System Solution Guide: 48V-12V DC-DC Converters

System Solution Guide: 48V-12V DC-DC Converters

With the auto industry migrating to 48V, it’s important to have the right DC-DC conversion technology in place. The current standard for Mild Hybrid Electric Vehicles (MHEV) is to have two batteries, with a 48V - 12V DC-DC converter linking the 48V and 12V batteries. This solution guide provides comprehensive resources on power stage topologies, power module choices, MOSFET devices, eFuses, and more.


System Solution Guide: 48V Powernet Trends

System Solution Guide: 48V Powernet Trends

The era of 48V automotive electrical systems is upon us. This higher voltage technology is vital for supporting all the functions in demand in today’s modern car. Selecting the right MOSFETs, gate drivers, and complementary devices can make or break your design. This solution guide provides a comprehensive resource on 48V powernet trends—recommended devices, application examples, market trends, EV power flow discussions, and more.


Achieving Successful Timing, Power, and Physical Signoff for Multi-Die Designs

Achieving Successful Timing, Power, and Physical Signoff for Multi-Die Designs

Download this white paper to learn about the timing, power, and physical signoffchallenges of multi-die designs, along with advanced electronic design automation (EDA) solutions available today.


How Automotive Manufacturers Are Managing Risk With Their Image Sensor Suppliers

How Automotive Manufacturers Are Managing Risk With Their Image Sensor Suppliers

Sensors are vital components in today’s modern vehicles, which is why ensuring a well-maintained global supply chain is so important with these devices. This white paper explores the challenges of sensor supply chain management and how an effective manufacturing strategy plays an essential role, making use of a hybrid internal/external manufacturing approach.


Latest Innovation in MEMS Pressure

Latest Innovation in MEMS Pressure

Access the Triphibian™ Technical Paper and redefine pressure sensing for EV thermal management.


Unlocking Innovation with Cost- Optimized FPGAs and Adaptive SOCS

Unlocking Innovation with Cost- Optimized FPGAs and Adaptive SOCS

The ebook will introduce the future of AMD costoptimized devices and explore how the company’s long-term commitment to a cost-optimized portfolio (COP) of low-density and mid-range FPGAs helps deliver the advantages of programmable logic to nearly every application.