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Automotive Electronics Field
The core of automotive safety systems lies in AI chips.
Currently, there are two internationally recognized standards for classifying autonomous vehicles: one is established by the U.S. National Highway Traffic Safety Administration (NHTSA), which divides autonomy into five levels (L0–L4); the other is defined by the Society of Automotive Engineers (SAE), categorizing autonomy into six levels (L0–L5). The highest level signifies a vehicle capable of driving entirely on its own in all environments—without the need for traditional controls like a steering wheel or pedals—and relying solely on advanced automation systems to make real-time decisions.
Fully autonomous driving requires a large array of sensors to replace the driver’s eyes, while vehicle-to-everything (V2X) networks provide drivers with comprehensive traffic information about areas beyond visibility. Meanwhile, maps serve as the navigator, guiding the car safely toward its destination. And at the heart of it all—acting as the driver’s thinking "brain"—is a high-speed AI chip capable of processing vast amounts of data in real time. It’s this advanced brain that relies on both internal and external information to make safe, informed decisions every step of the way.
The verification and quality control mechanisms for chips are crucial to ensuring their proper functioning.
The development of AI applications all aims to enable self-driving cars to tackle the frustrating issue of traffic congestion—and, most importantly, address critical safety concerns. But how can we ensure that these sensing chips and automotive components function correctly as intended? The automotive industry has already established a comprehensive set of verification processes and mechanisms, including standards such as ISO 26262, AEC-Q Series, SAE, JASO, and IECQ AQP, which are designed to rigorously test the reliability and design safety of these chips and subsystems. Additionally, international automakers now require suppliers of aluminum to implement an integrated quality management system (IATF 16949), ensuring consistent and stable specifications for automotive electronic components throughout the supply chain.
Seizing a foothold in the automotive electronics supply chain—leaving verification to Jiuxi.
JiuXi can provide automotive semiconductor services, including AEC-Q Series reliability verification and failure analysis, helping companies accelerate the process of gaining certification. We offer a one-stop solution for component verification and analysis.
Service Advantages
We have a fully equipped domestic laboratory with comprehensive service offerings and ample production capacity.
Engineering technology and equipment capabilities comprehensively cover high-, medium-, and low-power chip verification needs.
Board-level reliability and Failure Analysis engineering capabilities, including PCB design and more.
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