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OmniVision, Nio, and Axera form JV to build China's next-gen auto chips

Staff reporter, Taipei
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Credit: OmniVision

As China's smart electric-vehicle sector accelerates and demand surges for domestically produced automotive-grade chips, the country's auto-chip ecosystem has gained a notable new alliance.

According to corporate registration data from Tianyancha, a national business database, OmniVision, Nio, and IC-design firm Axera Semiconductor have jointly invested in Chongqing Chuangyuan Zhihang Technology Co., which was formally established on November 14, 2025, with registered capital of CNY100 million. The company's mandate ranges from IC design and automotive-chip R&D to AI-software development.

Equity filings show the venture is owned by Axera Semiconductor's Chongqing subsidiary, OmniVision, and Nio's component arm, Anhui Shengji Technology.

Strategic alliance targets smart cockpits and autonomous driving

The creation of Chuangyuan Zhihang signals an alliance among three companies that each hold influential positions in imaging sensors, automotive applications, and AI-driven chip design. Their shared ambition: to build a new generation of chip platforms for smart cockpits and autonomous-driving systems.

Industry analysts say the partnership brings strong strategic complementarity. By pooling market scale and R&D capabilities, the three companies could accelerate breakthroughs in automotive-grade semiconductor technology.

Three powerhouses bring complementary strengths

The players behind the venture all carry significant weight.

OmniVision, one of the world's major suppliers of CMOS image sensors, has long invested in automotive imaging—spanning ADAS, interior monitoring, and surround-view systems—and holds key advantages in high-dynamic-range and low-light imaging technologies. Through the venture, the company is expected to marry its imaging and ISP capabilities with advanced AI-compute platforms, offering more comprehensive, system-level solutions for autonomous-driving perception.

For Nio, the participation of its affiliated Anhui Shengji highlights the automaker's push deeper into upstream core components. Shengji develops Nio's in-house controllers, domain control units, and perception-compute platforms, and its hands-on experience with vehicle electronics and high-level driver-assistance needs could help fine-tune chip specifications and shorten development cycles by injecting real-world requirements into the joint venture's R&D process.

Axera Semiconductor—an emerging Chinese AI-vision chip designer—adds yet another essential layer. The company has rapidly grown its portfolio in edge-AI SoCs, custom processors, and high-performance ISP/NPU integration, with applications spanning security, IoT, and smart-vehicle systems. Its founders include former Broadcom executives, giving the firm international-grade design experience. Axera's strengths in low-power AI-compute architecture and visual algorithms provide a key technical engine for the new venture.

Building a closed-loop ecosystem

Analysts note that automotive chips sit at the intersection of sensors, algorithms, vehicle-level control, and semiconductor manufacturing—a notoriously difficult, cross-disciplinary industry in which no single company can master the full chain. By combining expertise in perception, vehicle-system integration, and IC design, the three partners aim to build a "perception–compute–vehicle deployment" closed loop.

The joint venture is widely viewed as a calculated bid to secure territory in China's race for automotive-grade IC autonomy.

If Chuangyuan Zhihang can successfully integrate the partners' technologies and maintain a stable development cadence, analysts believe it could eventually deliver homegrown chip platforms for smart-cockpit imaging, driver-monitoring systems, and high-level ADAS perception computing. That, in turn, could deepen cooperation with domestic automakers and strengthen China's efforts to build a self-reliant supply chain for automotive-grade semiconductors.

Article translated by Elaine Chen and edited by Jerry Chen