
Shenzhen Ouye Semiconductor
The first domestic system-level SoC chip supplier focusing on the third-generation E/E architecture of smart cars.
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investor investor investor investor investor | €0.0 | round | |
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* | CNY200m | Series B | |
Total Funding | 000k |
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Shenzhen Ouye Semiconductor (Oritek) is a system-level SoC chip and solutions provider focused on the automotive industry, particularly for smart vehicles transitioning to third-generation electrical/electronic (E/E) architectures. The company was established in December 2021, jointly initiated by its founding team and SDIC Capital. Gao Feng, the co-founder and CEO, previously worked at Huawei for 17 years, where he was deeply involved in key strategic changes, which shaped his perspective on the industry. This experience led him to identify the vast potential in automotive intelligence as the next phase after electrification.
Oritek operates in the semiconductor market, serving automotive manufacturers (OEMs) and Tier-1 suppliers. The business model centers on designing and providing application-specific integrated circuits (ASICs) and comprehensive solutions that integrate hardware and software. This approach helps automakers reduce development costs and accelerate the time-to-market for new vehicle features.
The company's core offering is the "Longquan" series of SoC products. These chips are designed for a range of in-vehicle applications, including end-side smart components like AI headlights and AI camera monitoring systems, as well as more complex units such as smart regional processors (ZCUs) and central computing units for integrated driving and parking. A key benefit of Oritek's solutions is the combination of their proprietary chips with advanced AI algorithms and flexible, layered software delivery. This allows for functionalities such as dynamic light adjustments in smart headlights and expanded fields of vision in electronic rearview mirrors, enhancing driving safety in various conditions. The company's "Everything+AI" strategy underscores its focus on embedding AI into various automotive systems to create a holistically intelligent vehicle experience.
Keywords: automotive semiconductors, SoC, system-on-chip, E/E architecture, smart vehicle solutions, automotive AI, Zonal architecture, application-specific ICs, ADAS, in-vehicle computing, automotive electronics, Tier-1 supplier, OEM technology, Longquan series, AI headlights, camera monitoring system, ZCU, central computing unit, integrated driving and parking, intelligent driving