The accelerated integration of vehicle electrification and intelligence is redefining the role of automotive-grade semiconductors in the industry. In the past, chips primarily served as foundational components in automotive electronic systems, supporting functions such as control, execution, and basic computing, with industry priorities centered on reliability, safety, and cost efficiency.
Today, the rapid development of intelligent driving, smart cockpits, centralized computing platforms, and Software-Defined Vehicles (SDVs) is transforming automobiles from mechanical products into intelligent platforms. As a result, chips are moving from supporting components to core enablers of vehicle intelligence, with computing power, real-time processing capability, communication performance, and functional safety becoming critical factors shaping intelligent vehicle capabilities.
From high-performance computing chips for advanced intelligent driving and SoCs for smart cockpits to MCUs and power semiconductors for electric powertrains and vehicle control systems, automotive chips are evolving from individual functional components into system-level platforms. They are becoming a fundamental pillar supporting the continuous evolution of intelligent vehicles.
Intelligent mobility drives chip evolution
According to the Gasgoo Automotive Research Institute, the automotive-grade semiconductor market is increasingly moving toward higher computing performance, platform-based solutions, and greater integration as vehicle E/E architectures continue to evolve. As one of the most visible intelligent features for consumers, smart cockpits are driving higher requirements for chip computing power, AI capabilities, and multitasking performance.
From January to May 2026, China's passenger vehicle cockpit domain controller chip market continued to grow. In terms of supplier landscape, leading companies maintained a strong position, while domestic chip makers accelerated their market expansion. Data shows that Qualcomm ranked first with 2.707 million units installed and a 71.8% market share, supported by its mature chip platforms, software ecosystem, and mass-production experience. Huawei followed with 276,869 units installed and a 7.3% market share, while companies including SemiDrive, AMD, and MediaTek are also entering the market with differentiated technology approaches.
As smart cockpits evolve from traditional infotainment systems into AI-powered interaction platforms, chip competition is shifting beyond computing performance toward AI capabilities, software ecosystems, system compatibility, and mass-production readiness.The rise of intelligent driving is also driving higher requirements for automotive chips. Beyond raw TOPS performance, the industry is placing greater emphasis on computing efficiency, algorithm adaptability, functional safety, and hardware-software integration.
Meanwhile, growing automotive electronics complexity is boosting demand for foundational chips such as MCUs, power semiconductors, communication chips, and power management ICs. As E/E architectures move toward centralized computing and domain integration, competition is expanding from individual chip performance to broader capabilities including chip design, software ecosystems, supply chain collaboration, and scalable production.
During this transformation, Chinese automotive chip companies are gaining new growth opportunities. Driven by the rapid development of the NEV industry, local players are expanding their presence in key areas such as intelligent driving, smart cockpits, and power semiconductors. Leveraging flexible development models, faster response capabilities, and closer collaboration with automakers, they are continuously improving technological maturity and market competitiveness.
Looking ahead, competition in automotive-grade chips will extend beyond individual chip performance and focus more on integrated capabilities across chip design, software development, algorithm adaptation, ecosystem building, and large-scale deployment. Companies capable of establishing comprehensive technology systems and strong industry collaboration will be better positioned to capture opportunities in the intelligent vehicle era.
At the 2026 8th Gasgoo Awards, the automotive-grade chip category will focus on innovative technologies and applications that support vehicle intelligence and electrification. The evaluation will cover key areas including control chips, computing chips, power chips, sensor chips, memory chips, communication chips, power management chips, security chips, and driver chips.
During the evaluation process, companies are expected not only to demonstrate capabilities in chip design, performance optimization, and technological innovation, but also to highlight the real-world industry challenges their products address, along with achievements in automotive certification, engineering deployment, mass production, and supply chain collaboration.
Based on this year's submissions, innovation in automotive-grade chips is accelerating toward high-performance computing, AI acceleration, and hardware-software integration. By integrating chips with software, algorithms, and development toolchains, companies are continuously enhancing automotive computing capabilities and intelligence. For the Gasgoo Awards, truly valuable chip innovations are defined not only by technological breakthroughs, but also by their ability to meet the automotive industry's long-term requirements for safety, reliability, efficiency, and large-scale deployment, providing critical support for the continued evolution of intelligent vehicles.
Gasgoo Awards 2026 & China Automotive Industry Innovation Casebook
The Gasgoo Awards was initiated by Gasgoo, aiming at " promoting outstanding companies, propagate Innovative technologies, and facilitate the success of automotive professionals." With the theme of "Top 100 Players of China's New Automotive Supply Chain", It focuses on ten sub - sectors: Advanced Driver Assistance Systems/Autonomous Driving (ADAS/AD), smart cockpit, intelligent chassis, automotive software and artificial intelligence, automotive-grade chips, powertrain and charging and battery swapping, body and interior and exterior trim,new materials and advanced manufacturing, embodied Intelligence and cross-industry technologies (new focus area). The Gasgoo Awards is committed to identifying and evaluating outstanding enterprises and advanced technical solutions. By presenting these remarkable enterprises and industry leaders to the academic community and the broader industry, it aims to jointly drive the sustainable development and advancement of China's automotive industry.
Leveraging a supply chain database covering more than 320,000 companies, as well as years of industry research and innovation case studies accumulated through the Gasgoo Awards, Gasgoo has officially launchedthe China Automotive Industry Innovation Casebook. The initiative aims to document China's automotive innovation journey and serve as a global window into the country's technological and industrial capabilities.
Focusing on key sectors such as ADAS, electric propulsion, intelligent cockpits, and thermal management, the Casebook will provide data-driven insights into leading companies, technology trends, and industry best practices. It is designed to help global OEMs, Tier 1 suppliers, and investors better understand the innovation, engineering, and mass-production capabilities of Chinese automotive suppliers, while supporting deeper international collaboration across the industry.
