On July 30, 2026, SemiDrive, a leading domestic automotive chip design company, held a product launch event in Shanghai to officially announce that its new generation intelligent cockpit chip, the X9H Pro, has entered mass production. It is reported that this chip utilizes the industry-leading 7nm process technology, achieving a CPU computing power of 120K DMIPS and a GPU computing power exceeding 3.2 TFLOPS, which represents nearly a threefold performance improvement over the previous generation while reducing power consumption by 20%. Currently, the X9H Pro has secured fixed orders from major automakers, including Geely and GAC, with the first batch of products expected to be installed starting in the fourth quarter of 2026.
Technical Breakthrough: Autonomous Architecture and Process Upgrade
Zhang Qiang, Chairman of SemiDrive, stated at the launch event that the X9H Pro is a flagship product developed by the company's R&D team over three years, achieving the first full-stack self-developed core architecture design. The chip integrates an independently controllable NPU unit, providing 12 TOPS of AI computing power, capable of supporting multimodal interaction in vehicle systems and real-time image recognition in intelligent cockpit scenarios. Furthermore, the X9H Pro incorporates the latest safety island design, achieving an ASIL-B functional safety level, meeting the stringent requirements of mainstream global automakers for automotive-grade chips.
In terms of process selection, SemiDrive has established deep cooperative relationships with foundries such as SMIC and TSMC. It has been revealed that the wafer fabrication of the X9H Pro is jointly undertaken by SMIC's 14nm production line and TSMC's 7nm production line to mitigate supply chain risks and enhance production capacity elasticity. This strategy is closely related to the current background of tight global semiconductor foundry capacity and reflects the importance of collaborative innovation between design companies and foundries.
Market Landscape: Domestic Substitution Enters Deep Water
The wave of automotive intelligence is reshaping the global semiconductor industry structure. According to data from the market research firm Omdia, the global intelligent cockpit chip market size is expected to exceed $12 billion in 2026, with the Chinese market accounting for over one-third of that share. In previous years, this sector was dominated by overseas giants such as Qualcomm and Nvidia, with domestic chip market share below 5%. However, with continuous breakthroughs from local design companies like SemiDrive, Jiefa Technology, and Hezhima Intelligence, the penetration rate of domestic intelligent cockpit chips is rapidly increasing.
Industry analysts point out that the mass production of SemiDrive's X9H Pro is a landmark event: on one hand, it proves that domestic automotive-grade chips possess the capability to compete with international major players in terms of computing power, power consumption, and reliability; on the other hand, the realization of its 7nm process validates the supporting capability of the domestic semiconductor manufacturing chain in advanced processes. Notably, the mass production of the X9H Pro coincides with the global automotive industry facing chip shortages and supply chain security challenges, leading to a significant increase in automakers' acceptance of domestic chips.
Supply Chain Synergy: The Coupling Effect of Semiconductors and Casting Industry
The case of SemiDrive reflects the deep coupling between semiconductor design and upstream manufacturing, packaging, and testing. From wafer fabrication to metal packaging shells and cooling components, the stable delivery of automotive chips relies on the coordinated support of the entire supply chain. In the Asia-Pacific region, foundries represented by SMIC and Hua Hong Semiconductor, along with packaging and testing enterprises like JCET and Advance Semiconductor, are actively expanding automotive-grade capacity. Concurrently, the application of precision casting technology in semiconductor equipment components and packaging heat sinks is becoming increasingly widespread, forming a unique industrial crossover ecosystem. According to supply chain sources, Xinchichi Technology has collaborated with several domestic precision casting enterprises to custom-develop high-performance cooling casings to meet the thermal management requirements of the X9H Pro under complex operating conditions. This cross-industry synergy has not only enhanced chip reliability but has also opened up new growth points for the traditional casting industry. Some institutions predict that the global market size for precision castings in automotive chip packaging and thermal management will exceed $4 billion by 2027, with a compound annual growth rate of 15%.
Investment Perspective: Revaluation of Domestic Chip Design Companies
With the announcement of the mass production of Xinchichi Technology's X9H Pro, attention from the secondary market toward domestic automotive-grade chip design companies has heated up once again. Multiple brokerage reports point out that automotive semiconductors are one of the most certain growth tracks in the next five years, and the logic of domestic substitution is extending from consumer electronics to high-value automotive sectors. As a leading player in domestic smart cockpit chips, Xinchichi Technology's mass production progress and order status will serve as an important barometer for industry vitality.
However, analysts also caution that automotive-grade chips have long verification cycles and high entry barriers, requiring domestic enterprises to continuously invest in product stability, toolchain ecosystems, and customer service. Furthermore, overseas giants are consolidating their market positions by accelerating new product iterations and implementing price reduction strategies, and the path for domestic chips to break through still faces considerable challenges.
Conclusion
The mass production of Xinchichi Technology's X9H Pro is not just a concentrated display of the company's own technological strength, but also a microcosm of the transformation of the Chinese automotive semiconductor industry from "fast follower" to "peer competitor." In the era of intelligent electric vehicles, mastering core chip design capabilities has become an important manifestation of national competitiveness. As more domestic automotive-grade chips are implemented, the value distribution pattern of the Asia-Pacific semiconductor industry may undergo a profound restructuring. OceanRing will continuously track the dynamics in this field to provide in-depth insights for investors.
