Automotive driver assist SoCs
Safe, scalable, efficient AI for entry to premium driving solutions
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Vehicles are driving the demand for more AI and safety on the road. The automotive drive assist system-on-a-chip (SoC) family solves the industries toughest problems by bringing highly integrated and efficient AI to see and react quicker powered by next generation C7 digital signal processor (DSP) and NPU architecture. Seamlessly integrate the whole vehicle with a high number of camera and radar connections and a high number of communication interfaces. Automotive drive assist family brings peace of mind to every driver by supporting ISO26262 and safety certifications up to ASIL D.
Find your SoC based on your application
ADAS/AD automotive camera
In-cabin systems
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Automotive power management ICs
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Discover featured applications
Enable software-defined vehicles with our technology for advanced compute, analytics, optimized in-vehicle networking, intelligent load actuation, and smart power distribution.
The automotive industry is undergoing a software-centric transformation. With the vision towards a software-defined vehicle (SDV), automakers are redefining the vehicle’s architecture and shifting from domain to zone architectures, to provide more personalization, better in-vehicle experience and the next level of convenience, enabled by over-the-air updates.
Benefits:
- Common scalable processor architecture for entry to high-end performance SDV systems.
- Production quality drivers, MCAL with functional safety qualification, OS support (FreeRTOS™, Linux®) to enable customers to reach production
Featured resources
Build next-generation ADAS and autonomous driving systems using high-performance physical AI, functional safety to ensure safe operation of the vehicle.
Our scalable family of high-performance TDAx SoC family features industry leading AI performance (TOPS/Watts), hardware accelerated image processing, vision and radar sensor fusion, and functional safety concepts to keep everyone safe. Comprehensive, open source software pairs with our family of SoC's to accelerate design timeline and faster time to market.
Fundamental features for ADAS designs:
- High performance 64-Bit Application compute cores
- Hardware accelerators for efficient DSP-based AI and processing
- Functional Safety-Compliant SoC architecture including ASIL D capable safety MCU
Featured resources
- TDA4VH-Q1 – SoC with Octal Arm® Cortex®-A72, 32 TOPS of AI, C7xDSP, and GPU for vision perception and analytics
- TDA4VE-Q1 – SoC with Dual Arm® Cortex®-A72, 8 TOPS of AI, C7xDSP, and GPU for vision perception and analytics
- AM62A7-Q1 – 2 TOPS vision SoC with RGB-IR ISP for 1-2 cameras, driver monitoring, front cameras
- Leverage Jacinto 7 Processors Functional Safety Features for Automotive Designs (Rev. A) – Functional safety information
- A 360-degree view of surround-view and automated parking systems – White paper
Driving the in-vehicle experience forward with feature rich SoC.
The market for in-cabin sensing systems is growing rapidly due to new regulations and car assessment programs to advance passenger and vehicle safety. We help you to design enhanced systems for in-cabin monitoring and infotainment with our extensive porfolio of SoCs.
Benefits:
- Common scalable processor portfolio for every type of in-cabin application.
- Provide intelligent features such as facial recognition along with multiple automotive interfaces.
- Focus on innovation and fast development with Linux® and Android™ SDKs.
Featured resources
- TDA4VEN-Q1 – SoC with Quad Arm® Cortex®-A53, 4 TOPS of AI, C7xDSP, and GPU for vision perception and analytics
- AM62P-Q1 – Automotive display SoC with advanced 3D graphics, 4K video codec and embedded safety
Automotive driver assist SoCs design & development
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