Automotive Vision Systems
Overview
Target Applications
- Driver Monitoring Systems (DMS) and Occupant Monitoring Systems
- Head lamp assist (HLA)
- Lane departure warning (LDW)
- Lane keeping assist (LKA)
- Traffic sign recognition (TSR)
- Front View Camera
- Surround View
Specifications
Automotive vision system
MPU
- MPC560xE : Ultra-Reliable 32-bit MCU for Automotive ADAS and Industrial Ethernet Applications
- S32V2 Processors for Vision, Machine Learning and Sensor Fusion
- MAC57D5xx : Ultra-Reliable Multi-Core Arm®-Based MCU for Clusters and Display Management
Power Management IC
- FS56: Automotive Dual Buck Regulator and Controller with Voltage Monitors and Watchdog Timer
- FS8400 : Safety System Basis Chip for S32 Microcontrollers, Fit for ASIL B
- PF8101-PF8201 : 9-Channel Power Management Integrated Circuit (PMIC) for High-Performance Processing Applications
- PF7100 : 7-Channel Power Management Integrated Circuit for High Performance Applications, Fit for ASIL B Safety Level
- VR5510 : Multi-Channel (9) PMIC for S32G Processor – 8 High Power, 1 Low Power, Fit for ASIL D Safety Level
Single/Dual Ethernet
- TJA1101 : Robust, Low Power 100BASE-T1 PHY Transceiver
CAN/FLexRay
Automotive vision system
Design Resources
Documents ( 1 )
Documents
Product Brief ( 1 )
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Automotive Vision Systems – Application Brief
Automotive Vision Processing and Streamlined Development Efficiency for ADAS
Training and Events
Functional Safety in Power Management ICs and Related System Considerations
Learn how to use a multi-PMIC approach and meet the safety requirements using NXP solutions.
Easing the Deployment of Deep Learning Algorithms to an Automotive Embedded Processor with NXP eIQ AutoTM
Learn how to optimize workflows for deploying Deep Learning in automotive production vehicles using the NXP eIQ Auto Deep Learning toolkit.