Complex Problem. Simple Solution.
A better design experience. A more dynamic automotive experience. ADI's A2B® technology delivers both.
The Future of Transportation is Autonomous
ADI’s Radar, Lidar, and IMUs are helping to provide autonomous vehicles with the ability to see and feel the world around them.
From protective safety to predictive safety, ADI delivers innovation.
ADI is a major automotive system technology partner for next-generation ADAS & Autonomous Driving applications.
Latest Resources
Press Release
- Rimac Chooses Analog Devices to Enable Precision Battery Management in High Performance Electric Vehicles
- Analog Devices Collaborates with Hyundai Motor Company to Launch Industry’s First All-Digital Road Noise Cancellation System
- Analog Devices Unveils SHARC® Audio Module Platform for Rapid Audio DSP Project Development
- Analog Devices and First Sensor Developing LIDAR Offerings to Accelerate the Future of Autonomous Driving
- BYD Selects Analog Devices’ Audio Bus and Processor Technologies to Improve Vehicle Energy Efficiency and Enhance Infotainment Experience
- Ford Motor Company Selects Analog Devices’ Automotive Audio Bus™ for its Next-Generation Infotainment Systems
- Analog Devices’ Expanded Series of A2B Transceivers Significantly Improves Bus-bandwidth Utilization
- Analog Devices Joins University of Michigan’s Mcity Initiative for Advancing Connected and Autonomous Vehicles
- Analog Devices and Renesas Electronics Collaborate on 77/79-GHz Automotive RADAR Technology to Improve ADAS Applications and Enable Autonomous Vehicles
- Analog Devices Acquires Laser Beam Steering Technology from Vescent Photonics to Enable Mainstream Adoption of Automotive LIDAR Systems
- Analog Devices 4-Channel, 24-GHz Receiver Downconverter Delivers Industry’s Best Noise and Power Performance in Space-Saving Package
- ±0.5% Accurate Supervisors Target Very Low Voltage Components
- 3.2MHz, Automotive Grade Quad 1A Step-Down Regulators + LDO Reduces Footprint & EMI
- 60V, Dual, 2-Phase Boost Controller Can Cascade Outputs to Regulate Beyond 200V
- 98% Efficient Bidirectional Buck-Boost Controller for 12V-12V Redundant Battery Systems in Autonomous Vehicles
- High Efficiency N-Channel Switching Surge Stopper Protects Against 150V Transients
- 60V Low IQ Buck Controller Plus 4-Channel 8A Configurable Buck DC/DCs
- 40VIN, 1.2A, 4mm × 4mm × 1.82mm Silent Switcher µModule Regulator Fits into Tighter PCB Spaces
- Analog Devices’ Next Generation Digital Signal Processors Provide Greater Internal Program and Data Memory for Automotive Audio Applications
- Integrated Accelerometer/Gyro Combo Series from Analog Devices Helps Improve Reliability and Accuracy of Automotive Safety Systems
Rarely Asked Question Page
Design Notes Page
- New Dual-Channel, 8.5 A, 18 V, Synchronous Step-Down Silent Switcher Device with 16 µA Quiescent Current
- 4-Switch Buck-Boost Controller with Pass-Thru Capability Eliminates Switching Noise
- All-in-One Power Solution for Automotive Infotainment—Single IC Produces Five Rails Directly from Battery
- Triple Bucks Plus a Boost Controller to Meet Tough Requirements of Wide Range VIN Automotive Applications
- High Efficiency Synchronous SEPIC for Automotive and Industrial Installations
Data Sheets
Product Selector Card
Application Notes
- EE-402: Synchronous System Halt and Run on the ADSP-CM41x Processor (Rev. 1) PDF
- EE-392: Estimating Power for ADSP-SC58x/2158x SHARC+ Processors (Rev. 1) PDF
- EE-386: Using the Security Packet Engine to Protect Data (Rev. 1) PDF
- AN-1419: Using the ADUX1020 for Gesture Recognition (Rev. 0) PDF
- EE-366: Secure Booting Guide for Blackfin+® and SHARC+® Processors (Rev. 2) PDF
Technical Articles Page
- From ADAS to Driver Replacement—Is Actual Radar Performance Good Enough?
- Automotive Camera Link Technology Challenges and Solutions
- Radar, the Car’s Virtual Eye
- Bipolar, Bidirectional DC-to-DC Supply Sources and Sinks Current from 5 V to 24 V Input
- New IC Eases the Design of 48 V/12 V Dual Battery Automotive Systems
- The Autonomous Industrial Revolution
- Passing the Radiated Emissions Test: How to Eliminate Complex EMI Mitigation Techniques for Compact and Cost-Effective Isolated Designs
- LIDAR Perception Challenges
- A2B and Ethernet in Automotive Applications: What, When, and How
- The Wearable for Machine Health: Condition-Based Monitoring
- Self-Driving Cars—Are Power Systems up to the Task?
- Battery Stack Monitor Maximizes Performance of Li-Ion Batteries in Hybrid and Electric Vehicles
- Driver Assistance to Driver Replacement: The Cognitive Vehicle Is Built Upon Foundational, High Integrity Sensor Data
- C2B: A New Car Camera Link for Automotive Applications
- Future of Mobility
- Communications Equipment Makers Demand High Power Outputs and Small Solution Footprints
- Supply Clean Power with Ultralow Noise LDO Regulators
- Automotive Digital Isolators
- Avoiding the Hidden Costs of Isolation Design—How to Manage Project Risk with Next-Generation Solutions
Technical Articles
Product Highlight
Product Selection Guide
White Papers
Evaluation Documentation
Solutions Bulletins & Brochures
Webcast
- Explaining Phase Noise
- Overcoming Challenges in GaN Power Amplifier Implementations
- New What Really Drives Your Electric Vehicle (EV)?
- The Hidden Cost of Your Isolated System Design
- A2B: A Better Audio Design Experience
- Understanding Power System Management
- Knocking Down the Barriers to Autonomous Driving
- Signal Chain Optimization for IoT Applications
- Using On-Off Keying, Digital Isolators in Harsh Environments
- Automotive Camera Connectivity using C2B Technology
- Silent Switcher Regulators: High Efficiency with Ultralow EMI
- Sensors and How to Use Them
- Isolation Architectures for Motor Control Systems
- How to Read a Datasheet
Videos
- Automotive Audio Bus (A2B)
- Introducing ADI's 4th Generation µModule® Regulators
- Introducing the LTM4626 and LTM4638, µModules®
- Advanced Modular DC/DC Regulators in High-Density Systems
- Introducing Power by Linear
- Silent Switcher II
- Strong Man (ADXL372 for MEMS)
- Silent Switcher 2nd-Generation Demonstration
- The Benefits of Digital Power System Management
- Watch the World of Analog Devices at electronica 2018
- Bi-Directional Synchronous 4-Switch Buck-Boost Converter
- Automotive Safety Systems and the AD8283 Radar AFE
- µModule® Power Products by Analog Devices
- Introducing the LTM4686 Ultrathin Dual 10A µModule® Regulator
- Use Circuits from the Lab™ in Your Next Design
- Analog Devices Trusted Sensor Solutions: Secure IoT Stack
- Total Managed Power with Digital Power System Management
- High Power, High Density Switched Capacitor & Hybrid Converter
- Bidirectional DC-to-DC Ideal for Power Redundancy and Backup
- LTC33XX, 5V Family of Synchronous Step-Down Silent Switchers
- µModule® Complete System-in-Package Power Management Solutions
- Increase Performance While Reducing Size with RF PLLs
- Optical Gesture Control and Presence Detection
- Distributed Audio using the Automotive Audio Bus (A²B)
- Internet Connectivity via the Automotive Audio Bus (A²B)
- SHARC ADSP-SC5xx System Test using the A²B Bus Analyzer
- In-Vehicle Active Noise Cancellation
- Automotive Audio Bus (A²B) Enables Efficient In-Car Communications
- MEMS Accelerometers for Smart Infrastructure
- Contactless Angle Position Sensing using AMR Technology
- AMR Position and Current Sensing in Motor Control Applications
- miRadar 8: 24GHz FMCW MIMO Radar Platform by Sakura Tech
- Complete 24GHz to 44GHz Radio using SiGe and 28nm CMOS
- A2B-Connected, Next Generation Car Radio
- Analog Devices' Material Sensing Solution for Everyone, Anywhere
- Dual Independent Core Safety Concept for Power Conversion
- TMR Position and Current Sensing in Motor Control Applications
- ADI Material Sensing Using SCiO Spectroscopy
- Drive360 Imaging RADAR for a Safe Autonomous Experience
- 24GHz Multi-channel Radar and Sensor Solution at IMS 2016
- Isolation of Things: iCoupler® Digital Isolators vs. Optocouplers
- High Power A2B Enables Emerging In-Cabin Audio Video Applications
- Automotive USB-C Power Delivery Buck-Boost Converters
- Achieving EV Range, Safety and Performance Begins with Analog
- Race to Autonomy: Enabling Trusted Navigation & Reliable Perception
- Consumer Healthcare Monitoring Solution Enabled by ADI’s ToF
- Anti-spoofing Face ID using ADI Time-of-Flight Technology
- Analog Devices Imaging RADAR on Nvidia DRIVE AGX Xavier
- Advanced In-Cabin Sensing and Innovative Personalized UX
- Analog Devices @ CES 2020 Recap Highlight
- 24 GHz Radar Technology Enables Next Generation Sensors
- A²B Audio Bus and Network
- How to Meet EMI Targets with Simplified Compact Isolated Design
- High Performance 76-81GHz 28nm RF CMOS Automotive RADAR
- Introducing Drive360 Autonomous Driving Solutions
- Analog Devices Connect: Cloud Platform
- High Dynamic Range Image Sensing & Contextual Awareness
- High Integration SiGe Solutions For Freq. Generation & Conversion
- ADIsimPLL: Creating a custom voltage-controlled oscillator (VCO)
- Test, Build & Harness the 5G Future
Analog Dialogue
- Leveraging the On-Chip FIR and IIR Hardware Accelerators on a Digital Signal Processor
- Contactless Fluid-Level Measurement Using a Reflectometer Chip
- New Add an Efficient Positive Rail to a Unipolar Negative Supply
- Protecting and Powering Automotive Electronics Systems with No Switching Noise and 99.9% Efficiency
- Dual AMR Motor Position Sensor for Safety Critical Applications
- Designing for Low Noise Feedback Control with MEMS Gyroscopes
- Automotive Radar Sensors and Congested Radio Spectrum: An Urban Electronic Battlefield?
- Comprehensive Power Supply System Designs for Harsh Automotive Environments Consume Minimal Space, Preserve Battery Charge, Feature Low EMI
- Ask The Applications Engineer—40: Switch and Multiplexer Design Considerations for Hostile Environments
- Overcoming Constraints: Design a Precision Bipolar Power Supply on a Simple Buck Controller
- Single-supply In-amp for Automotive Applications
- Front-End Amplifier and RC Filter Design for a Precision SAR Analog-to-Digital Converter
- Compensating Amplifiers That Are Stable at Gain ≥ 10 to Operate at Lower Gains
- High-Temperature Electronics Pose Design and Reliability Challenges
- Making Batteries Last Longer with Fast, High-Precision SAR Analog-to-Digital-Converters
- Phase Accumulator for Direct Digital Synthesis Resolves to Within 0.7 Hz
- Automotive Sensor Detects Lamp and Indicator Failures Automatically
- System Demonstration Platform Facilitates Quick Prototyping and Evaluation
- Automotive USB Type-C Power Solution: 45 W, 2 MHz Buck-Boost Controller in a 1 Inch Square
- An Introduction to MEMS Vibration Monitoring
- Convert a Buck Regulator into a Smart LED Driver, Including Dimming
- Fingerprint Sensor and Blackfin Processor Enhance Biometric-Identification Equipment Design
- Low Dropout Regulators—Why the Choice of Bypass Capacitor Matters
- Cyclic Redundancy Checking Ensures Correct Data Communications
- Optimize High-Current Sensing Accuracy by Improving Pad Layout of Low-Value Shunt Resistors
- Minimizing Noise and Power Consumption in Automotive Audio Systems with SigmaDSP
- Diagnostic Technique Detects Open and Short Circuits in Wiring Harnesses
- Isolation in High-Voltage Battery Monitoring for Transportation Applications
- A Useful Role for the ADXL202 Dual-Axis Accelerometer in Speedometer-Independent Car-Navigation Systems
- Current Measurement in Solenoids for Automotive Control Systems
- Automobile Tail Lamp and Brake Lamp Controller
- Low-Cost Video Multiplexing Using High-Speed Amplifiers
- Use of Video Technology to Improve Automotive Safety Becomes More Feasible with Blackfin™ Processors
- Single, 2 MHz Buck-Boost Controller Drives Entire LED Headlight Cluster Meets CISPR 25 Class 5 EMI
- Electromagnetic Interference (EMI) Filtering Reduces Errors in Precision Analog Applications
- Digital Isolator Simplifies USB Isolation in Medical and Industrial Applications
- Accelerometers—Fantasy & Reality
- AD7879 Controller Enables Gesture Recognition on Resistive Touch Screens
- The Basics of MEMS IMU/Gyroscope Alignment
- Vehicle Tracking Systems: Anytime, Anywhere, Anyhow
- Reduced Integration Time Improves Accuracy in Dead Reckoning Navigation Systems
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