ADVANCE CF Automotive AI Processors and OEM SoCs
ADVANCE CF delivers a comprehensive portfolio of automotive AI processors and software that blends pioneering vehicle autonomy research with breakthroughs in video and radar perception. By leveraging the latest advances in efficient deep neural network performance, these solutions empower OEMs and Tier-1 suppliers with a highly compatible platform. This unified architecture scales seamlessly from basic human viewing and recording to AI-based ADAS, in-cabin monitoring, and fully autonomous driving systems. The low-power systems-on-chip (SoCs) span from dedicated video processors to advanced 6nm AI domain controllers, combining high-resolution video compression, advanced image and radar processing, and a powerful AI engine for intelligent perception, fusion, and planning. To maximize performance, this hardware is fully optimized for and complemented by our adaptive 4D imaging AI radar software and complete autonomous driving software stack..
Next-Generation Domain Controllers
The ASIL B(D)-compliant ACF-AD artificial intelligence domain controller SoC family supports multi-sensor perception, fusion, and path planning across all major autonomy tiers. For mainstream L2+ feature sets, the ACF-AD35 processes a robust sensing suite of multiple cameras and radars to enable highway autopilot and automated parking while fully meeting GSR2 and NCAP compliance standards. Moving up the performance tier, the ACF-AD55 enables advanced L2++ capabilities like urban autopilot and accommodates expanded sensor arrays. At the peak of the portfolio, the high-performance ACF-AD85 domain controller delivers the extreme computational capability and expanded sensor support required to power premium L3 and L4 autonomous driving systems.
Safety-Critical Perception & Vision SoCs
For front-facing automotive applications, ADVANCE CF offers highly specialized, safety-certified processing units. The ASIL C-compliant ACF1FS chip is engineered specifically for front-facing stereovision ADAS cameras and computer vision ECUs supporting L2+ and higher autonomy tiers. Similarly, the ASIL C-compliant ACF12FS chip brings high-level safety compliance to forward-facing monocular ADAS cameras. Both silicon solutions utilize advanced AI processing to reliably execute safety-critical driving applications.
High-Performance Imaging & Intelligent Sensing
The ADVANCE CF portfolio blends industry-leading image processing with high-efficiency video encoding and computer vision performance. Built on advanced 6nm process technology, the premium ACF12AQ SoC provides high-resolution 8MP60 and 4KP120 image processing alongside dual-mode human and computer vision capabilities in a single low-power design. For long-distance accuracy, the ACF1AQ chip delivers full 12MP resolution and 12MP30 video encoding tailored for stereovision-based automotive sensing. The flexible ACF10AQ chip expands these capabilities to power multi-camera L2+ systems, driver and occupancy monitoring, electronic mirrors with blind-spot detection, and intelligent parking assistance.
For ultra-efficient implementations, the AEC-Q100 qualified ACF18AQ and the optimized ACF15AQ combine robust 6MP30 video encoding with ADVANCE CF vision intelligence at the lowest power consumption levels in their class.
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