China accounts for approximately 36% of the global smart cockpit market, with an established presence in automotive displays, head-up displays (HUDs), voice interaction and cockpit domain controller integration. Yet its strength in system integration has not translated into control over core technologies, leaving the industry heavily dependent on foreign suppliers, according to Wang Chao, a professor at Beijing University of Technology cited by Chinese media. The coming years could prove decisive for Chinese companies seeking greater technological autonomy.

Infineon Technologies is betting on RISC-V scalability with AURIX RC1, its first RISC-V-based microcontroller (MCU) platform, unveiled this week. A single instruction set lets the platform span everything from very small controllers to real-time vehicle computers and robotic motion controllers, so RC1 can serve automotive, robotics, and industrial customers at the same time.

Ecarx, an automotive technology supplier, reported a 65% year-over-year reduction in profit for the third quarter of 2026 on November 4 as rising memory-chip costs eroded margins despite higher sales.

Onsemi is pitching its AI data center business as a play on the entire power path inside an AI rack, and for now it is prioritizing that business and industrial customers over automotive restocking. On its third-quarter 2026 earnings call, the US chipmaker repeated that AI data center revenue should double in 2027 from a higher 2026 base. It also guided automotive revenue down by a high single-digit percentage in the fourth quarter, which management called a supply decision, not a strategic one.

Bosch plans to create a dedicated semiconductor division as it seeks more business in robotics, AI infrastructure, and manufacturing for external customers, extending a chip strategy rooted in automotive electronics into additional markets.

Tong Hsing Electronic Industries (THEIL) outlined the latest developments and market trends across its four major product lines of optical communications, ceramic substrates, new semiconductor materials, and image sensors, during an earnings call on October 30.

The in-cabin sensing market is entering a rapid expansion phase. Global Market Insights estimates that the market for in-cabin sensing, including biometric identification and driver monitoring systems (DMS), will grow from US$5.3 billion in 2025 to US$31.7 billion in 2035, representing a compound annual growth rate (CAGR) of 18.4%, with Asia-Pacific being the largest market, driven primarily by European Commission (EC) regulations and the European New Car Assessment Program (Euro NCAP) requirements.

South Korean ultra-thin glass (UTG) maker Dowoo Insys is expanding its smartphone glass technology into the automotive market, developing protective glass for rollable OLED displays with a major South Korean automotive electronics company. The product could enter commercial production as early as the second half of 2027.

South Korean chip designer Global Technologies (GT) has secured a place in Hyundai Motor and Kia's supply chain with its first automotive semiconductor product, a smart LED module for interior ambient lighting developed with Hyundai Mobis. The product, called ID804, is scheduled to enter mass production in the second half of 2026.

United Microelectronics (UMC) saw operating momentum strengthen in the third quarter of 2026, as demand for artificial intelligence (AI), high-performance computing (HPC), communications, and automotive chips continued to drive the mature and specialty process markets.

NXP Semiconductors' latest results point to a business gaining from more complex vehicle electronics and industrial computing, while its emerging data center operation offers another route to growth. The next test is whether those opportunities can sustain demand as the company adds manufacturing capacity and customers weigh their inventory needs.

NXP Semiconductors is heading into 2027 with management arguing that its growth now rests on several structural drivers rather than a cyclical rebound. On the company's October 27 earnings call, executives said software-defined vehicles (SDV), AI at the industrial edge and data center control systems would sustain double-digit revenue growth next year.

Expanding investment in AI data centers is putting pressure on memory supply and demand across the automotive industry. As semiconductor companies prioritize high-bandwidth memory (HBM) and server products, automotive memory faces rising prices and tighter supplies, making automakers' direct procurement, long-term partnerships, and in-house chip design increasingly strategic.

Samsung Electronics' foundry business will extend its 8-nanometer process, now more than eight years old, into another generation with the launch of the second-generation 8LPU+ platform in 2026. The move targets demand for automotive electronics, robots, and edge AI chips while leveraging existing deep ultraviolet (DUV) production lines to control wafer costs.

Texas Instruments reported strong revenue growth in its third-quarter earnings call due to strong demand across its industrial, automotive, and data center businesses. The company said it is facing a tight supply environment for its chips, but brought up its ramping of production and testing capacity, including through its new Malaysia back-end facility.

BOS Semiconductors is partnering with LG Electronics and HANA Micron to develop and commercialize chiplet-based automotive semiconductors in South Korea, connecting domestic AI chip design with packaging and vehicle testing. ChosunBiz and ZDNet Korea reported the collaboration on October 20.

Li Auto's chip and domain controller subsidiary, Mahe Xin Technology, has entered a first-round equity financing agreement worth CNY 1.625 billion (approx. US$243.33 million). The fundraising follows the automaker's recent opening of its in-house technologies to external customers, mirroring similar moves by other Chinese EV companies.

Global passenger vehicle registrations totaled approximately 46.77 million in the first eight months of 2026, down 6% year-over-year. The market is expected to contract 3.4% for the full year, as China's domestic market plunges, Europe remains the only growth market among China, Europe, and the US, and the war involving Iran drives up oil prices and freight costs, creating both risks and opportunities for Taiwan's automotive suppliers.

LG Electronics is reportedly working with Bosch to develop automotive chiplets, a move that would mark LG's formal entry into the automotive semiconductor market if the technology reaches production and wins customers. The business could also create synergies with the LG Group's broad automotive electronics operations.

Y.S. Tech said automotive product orders were visible through the first quarter of 2028 as the automotive electronics and technology systems maker expanded its automotive and high-performance computing (HPC) cooling businesses. The company reported consolidated revenue of NT$306 million (US$9.6 million) in September 2026, bringing revenue for the first three quarters to NT$3.162 billion.

Chinese CMOS image sensor (CIS) maker SmartSens completed a CNY3.2 billion (approx. US$478 million) capital increase in September 2026 to expand into automotive electronics and AI vision. The investment targets high-performance imaging, intelligent driving and on-device AI computing, extending its sensing technology into image processing and edge applications as demand for environmental perception grows in vehicles and robots.

Samsung Electronics' System LSI division is reportedly planning a retreat from the automotive application processor (AP) business and launching a major restructuring, with a future focus on high-margin areas such as image sensors and mobile system-on-chip (SoC) products. Analysts say Samsung is seeking to improve profitability in its non-memory businesses through a selection and concentration strategy after years of losses at System LSI and its foundry operations.

Sino-American Silicon Products (SAS) is expanding its renewable energy business through a dual-track strategy focused on manufacturing and services, amid the explosive growth in demand for artificial intelligence (AI) computing power. Not only is this driving up power consumption at data centers and advanced manufacturing facilities, it is also fueling urgent demand from companies for green power, energy storage, and energy management services.