Automotive PCB Market Expands as Electrification, ADAS and Connected Vehicles Increase Electronics Content

The global Automotive PCB Market is expanding as vehicle manufacturers add more electronic systems for electrification, advanced driver assistance, connectivity and in-vehicle computing. According to Next Move Strategy Consulting, the global Automotive Printed Circuit Board (PCB) Market was valued at USD 10.61 billion in 2024 and is projected to reach USD 14.72 billion by 2030, representing a 5.6% CAGR from 2025 to 2030. The research identifies electric-vehicle adoption, ADAS deployment and the growing demand for connected and intelligent vehicles as major forces reshaping automotive PCB requirements.

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Market Growth and Outlook

Automotive PCBs provide the electrical foundation for systems ranging from powertrain controls and battery management to lighting, infotainment, safety electronics and advanced driver assistance. As vehicles incorporate more sensors, processors, communications modules and power electronics, PCB designs are increasingly required to accommodate higher circuit density, thermal loads, signal-integrity requirements and demanding operating environments.

The Next Move Strategy Consulting report segments the market by PCB type, board material, layer count, copper thickness, assembly and manufacturing state, manufacturing technology, product grade and qualification, application and sales channel. PCB categories include single- and double-sided boards, multilayer PCBs, HDI PCBs, flexible PCBs, rigid-flex PCBs, metal-core PCBs and ceramic PCBs. Applications include powertrain and engine control, body and lighting, infotainment, ADAS and safety, and chassis systems.

The forecast reflects a gradual expansion in automotive PCB demand through 2030, with the composition of that demand increasingly influenced by vehicle electrification and software-intensive automotive architectures.

Electric Vehicles Increase Demand for Advanced PCBs

Electrification is a central growth driver because electric vehicles depend heavily on electronic control systems. Battery-management systems, inverters, onboard charging and power-conversion equipment all require circuit-board technologies capable of handling electrical and thermal demands.

The wider EV market continues to expand. The International Energy Agency reported that global electric-car sales exceeded 20 million units in 2025, with electric vehicles accounting for about one-quarter of new car sales worldwide. China remained the largest market, while Europe recorded particularly strong growth.

For PCB manufacturers, the shift toward electrified propulsion creates opportunities for specialized materials and board architectures designed for higher current, higher voltage and greater thermal-management requirements. TTM Technologies, for example, describes automotive PCB applications spanning electrified powertrains, ADAS, connectivity and high-current or high-voltage systems.

ADAS and Vehicle Connectivity Raise Circuit Complexity

Advanced driver assistance systems are another significant source of demand. Cameras, radar, LiDAR, electronic control units, high-speed communications and in-cabin monitoring all increase the number and complexity of electronic functions embedded in vehicles.

Regulatory developments are also encouraging wider adoption of safety technologies. In the United States, the National Highway Traffic Safety Administration finalized a rule requiring automatic emergency braking, including pedestrian automatic emergency braking, as standard equipment in passenger cars and light trucks by September 2029. The agency projects the measure will save at least 360 lives annually and prevent at least 24,000 injuries each year.

As safety and automated-driving systems become more widespread, PCB suppliers are required to support high-speed signal transmission, miniaturization and reliability across increasingly demanding vehicle environments.

High-Density Interconnect and Specialized Materials Gain Importance

The move toward smaller electronic packages and greater functionality is encouraging the adoption of multilayer and HDI PCB technologies. These architectures can support increased circuit density while helping engineers manage space constraints within vehicle electronic modules.

TTM Technologies highlights HDI, rigid-flex, RF/mmWave and heavy-copper technologies for automotive applications, including radar, LiDAR, connectivity, safety and electrification. The company’s automotive portfolio also addresses thermal-management challenges associated with higher power densities.

Material selection is becoming equally important. The Next Move Strategy Consulting study covers conventional materials such as FR-4 as well as specialized substrates including metal, ceramic and high-frequency laminates. These materials can be selected according to requirements involving thermal conductivity, electrical performance, mechanical strength and environmental durability.

Industry standards reinforce the need for high reliability. IPC’s automotive electronics program includes requirements for automotive printed boards and electronic assemblies, including IPC-6012EA, an automotive applications addendum addressing the reliability of rigid printed boards used in automotive electronic-interconnect environments.

Smart Manufacturing and Advanced Interconnects Create New Opportunities

PCB manufacturing is also becoming more closely connected to smart-factory practices. Automotive electronics suppliers are investing in process control, automation and advanced manufacturing to meet tighter tolerances while maintaining consistency at higher production volumes.

A strategic cooperation agreement announced by DuPont and Zhen Ding Technology Group in October 2024 illustrates this direction. The companies said their collaboration would focus on advanced PCB technologies, material performance, research and development, smart manufacturing and sustainability, including applications in automotive electronics.

The industry is also responding to increasingly demanding thermal and connectivity requirements. DuPont identifies electrification and autonomous driving as trends creating high-stakes interconnect challenges, including higher-voltage e-motor systems and densely packed electronic modules.

Asia-Pacific Maintains a Leading Position

Asia-Pacific dominates the Automotive PCB Market and is expected to maintain its leading position throughout the forecast period, according to Next Move Strategy Consulting. The report attributes the region’s strength to growing electric-vehicle adoption and the presence of major PCB manufacturers and automotive electronics supply chains across markets such as China, Japan, South Korea and Taiwan.

The region’s importance is supported by the broader expansion of electric mobility. The IEA reported that China accounted for more than half of the global increase in electric-car sales in 2025, while electric-car sales also increased significantly in other Asian markets.

North America is expected to record steady market growth, supported by developments in ADAS, connected vehicles and vehicle electrification. The Next Move Strategy Consulting report also points to regulatory emphasis on vehicle safety and the increasing use of advanced sensors and computing technologies as contributors to regional demand.

Competitive Landscape and Industry Development

The automotive PCB sector includes CHIN POON Industrial, Meiko, TTM Technologies, CMK, Tripod Technology, Unimicron Technology, Nippon Mektron, KCE Electronics, AT&S, Zhen Ding Technology, WUS Printed Circuit, Dynamic Holding, Victory Giant Technology, Shinko Electric Industries, Schweizer Electronic, Compeq Manufacturing, Aoshikang Technology, Shenzhen Fastprint Circuit Technology, Daeduck Electronics and Kinsus Interconnect Technology, among other participants identified in the Next Move Strategy Consulting analysis.

Competition is increasingly centered on reliability, miniaturization, thermal management, advanced materials, high-density interconnects and the ability to support emerging vehicle architectures. TTM Technologies, for example, positions its automotive PCB capabilities around safety, connectivity and electrification applications, while the DuPont-Zhen Ding collaboration demonstrates continuing industry investment in advanced materials and smart manufacturing.

“The automotive PCB industry is being reshaped by the growing electronic content of vehicles, particularly as electrification, ADAS and connectivity become more deeply integrated into vehicle architectures,” said a spokesperson at Next Move Strategy Consulting. “The next phase of development will place greater emphasis on high reliability, thermal performance, miniaturization and high-speed signal integrity across increasingly complex automotive systems.”

Market Report Overview

The Automotive PCB Market report from Next Move Strategy Consulting provides quantitative analysis and forecasts for 2025–2030, including the USD 10.61 billion 2024 market size, USD 14.72 billion 2030 forecast and 5.6% CAGR. The study examines PCB types, materials, layer counts, copper thickness, manufacturing and qualification characteristics, technologies, applications and sales channels, together with regional analysis, market drivers, restraints, opportunities, trends and competitive dynamics.

About Next Move Strategy Consulting

Next Move Strategy Consulting is a market research and consulting company providing market intelligence, industry analysis, competitive insights, and strategic research across a wide range of industries and geographic markets.

As vehicle electronics become more sophisticated, automotive PCB requirements will increasingly intersect with EV power management, advanced safety, autonomous-driving hardware, connectivity and thermal engineering. Continued monitoring will therefore be important for PCB manufacturers, automakers, investors, component suppliers, technology providers and policymakers seeking to understand how the automotive electronics supply chain is evolving. The detailed market outlook and segmentation are available through the Next Move Strategy Consulting report.