company blog about Supply Ambarella CVflow® AI SoC:CV3-AD,CV72AQ,CV2FS,CV22FS,H32AQ,A12AQ

Supply Ambarella CVflow® AI SoC:CV3-AD,CV72AQ,CV2FS,CV22FS,H32AQ,A12AQ

Amidst the rapid development of the autonomous driving, AI vision and edge computing industries, Shenzhen Mingjiada Electronics Co., Ltd., drawing on nearly three decades of global experience in electronic component distribution, has strategically positioned itself in the high-end AI vision chip sector. We offer immediate availability of the full range of Ambarella CVflow® architecture AI SoCs, covering core models such as the CV3-AD, CV72AQ, CV2FS, CV22FS, H32AQ and A12AQ, providing a one-stop solution comprising ‘genuine stock, technical support and inventory buyback’ for the autonomous driving, security surveillance, robotics and industrial automation sectors.

I. Ambarella CVflow® AI SoC: The Benchmark for Edge Vision Computing

As a global leader in edge AI vision chips, Ambarella’s CVflow® architecture is a core technology specifically designed for energy-efficient visual AI. Utilising advanced 4nm/5nm processes and integrating proprietary deep learning accelerators, it supports parallel processing of multiple high-definition video streams. Combining low power consumption, high computing power and robust image optimisation, it is widely applied in automotive, security and robotics scenarios. As a key distributor for Ambarella, Mingjiada Electronics maintains a full range of stock, ensuring supply chain stability.

II. Detailed Overview of Core Models: Precise Coverage of Multi-Scenario Requirements

1. CV3-AD Series (CV3-AD685/CV3-AD655/CV3-AD635)

Positioning: Flagship automotive AI domain controller, core chip for Level 2–4 autonomous driving

Process: 4nm, AI computing power up to 500 eTOPS, 16-core Arm Cortex-A78AE CPU

Safety: ASIL B (D) automotive-grade certification, compliant with GSR2 and NCAP standards

Capabilities: Supports 16-channel camera + radar/lidar multi-sensor fusion, BEV+Transformer architecture for mapless navigation

Applications: Urban NOA, motorway pilot, automated parking, multi-channel electronic rear-view mirrors

2. CV72AQ

Positioning: 5nm automotive-grade AI SoC, the preferred choice for integrated driving and parking solutions

Process: 5nm, third-generation CVflow architecture, integrated Oculii™ radar AI acceleration

Performance: 8MP30 video processing, supports 1V1R (1 camera + 1 radar) fusion, enhanced adverse weather detection

Applications: Forward-facing ADAS, DMS driver monitoring, in-vehicle vision gateway

3. CV2FS/CV22FS

Positioning: Lightweight automotive-grade AI SoC, low power consumption and high cost-effectiveness

Process: Mature process technology, low-power design, supports multi-channel HD encoding

Capabilities: CV22FS integrates a dual-core processor; CV2FS focuses on basic visual AI, suitable for low-cost applications

Applications: Low-speed autonomous vehicles, industrial vision inspection, entry-level dashcams, smart home cameras

4. H32AQ

Positioning: 6MP automotive vision SoC, expert in multi-channel image processing

Certification: AEC-Q100 Grade-2 automotive grade, 6MP30 video encoding, HDR + 3D noise reduction optimising low-light image quality

Applications: Multi-channel dashcams, electronic rear-view mirrors, DMS driver monitoring

5. A12AQ

Positioning: Entry-level automotive imaging SoC, cost-effective image quality solution

Features: Dedicated for single-channel electronic rear-view mirrors and dual-sensor dashcams; HDR + intelligent exposure; clear imaging in low-light environments

Applications: Aftermarket automotive sector, low-cost vision devices

III. Supply Advantages

Authenticity Guarantee: All chips are sourced from original manufacturers or authorised channels; 100% genuine, with full traceability reports provided.

Extensive Stock: Stocked across dual warehouses in Shenzhen and Hong Kong; full range of models in stock, supporting express dispatch within 48 hours.

Flexible Partnerships: Supports sample requests, small-batch trial production and large-scale supply, catering to requirements at different stages.

IV. Comprehensive Coverage of Application Scenarios

Intelligent Driving: L2-L4 autonomous driving domain control, integrated driving and parking systems, ADAS, DMS, and electronic rear-view mirrors.

Security Surveillance: 8K high-definition cameras, AI facial recognition, behaviour analysis, and multi-camera panoramic surveillance.

Robotics: Industrial inspection, autonomous logistics vehicles, robotic vacuum cleaners, and drone visual navigation.

Industrial Automation: Visual inspection, smart manufacturing, and low-power edge computing terminals.