The Automotive PCB Market Seizes Fresh Opportunities

A research study reveals the automotive PCB market's expansion due to the integration of electrification and intelligence in automotive vehicles. This growth coincides with a restructuring of supply relationships and industry frameworks, presenting opportunities for mainland Chinese PCB manufacturers to gain substantial ground.

In this scenario, it's widely acknowledged that there are two primary avenues for achieving industry growth and disrupting established norms. One involves collaborating with emerging leading OEMs, while the other focuses on developing three-electric systems and domain control systems. Manufacturers in mainland China have taken varying approaches along these paths, actively encountering challenges, thereby creating ample room for their growth and advancement.

The stability of the automotive Printed Circuit Board (PCB) market persists.

The stability of the Automotive PCB market is evident in reports showcasing that a significant portion of enterprises primarily operates within the automotive sector, contributing to 59% of their revenue. Analyzing year-on-year and month-on-month revenue trends in November for select PCB enterprises indicates the sustained stability in recent developments within the automotive field. This reaffirms the enduring significance of automotive electronics as a sector deserving of considerable attention.

Automotive PCB suppliers seize available opportunities.

The evolution of automobile electrification and intelligence is poised to overhaul supply relationships. Major manufacturers are consolidating their dominance within the industrial chain, ushering in a shift in the structure of the chain itself. The focus on industrial value has transitioned from conventional components to three-electric systems, domain control software, and hardware, fundamentally restructuring the supply landscape. These changes have created an opportunity for mainland Chinese manufacturers to assert themselves.

The advancement of new energy vehicles is fostering the emergence of fresh brands, intensifying competition among established and upcoming players—a positive development for PCB manufacturers. Concurrently, homegrown OEMs from mainland China are gradually establishing a global presence, expected to elevate domestic PCBs within the mainstream industry chain.

Electrification and intelligence bring forth enhanced components like three-electric systems and domain controllers. Mainland Chinese component manufacturers, exemplified by CATL in the three-electric system and Desay SV in domain controllers, have already established robust competition, solidifying their dominance in this phase.

This progression provides mainland Chinese PCB manufacturers with a stronger footing in the mainstream supply chain for automotive PCBs. Observations indicate the entry of select mainland Chinese PCB manufacturers into the supply chain of new electric smart car OEMs, signifying potential substantial growth.

The advancement of automotive electrification drives the enhancement of automotive PCB technology.

The need for PCB heat dissipation and BMS management design is on the rise as global new energy vehicles gain swift traction. Policy advancements and improved battery lifespan have alleviated the hindrances to their development.

New energy vehicles are progressing towards heightened integration, consolidating electric control, motors, and reducers, as well as unifying the on-board charger, power drive unit, and DC-DC converter into a single charging and distribution system. The primary focus in new energy vehicle PCB design involves addressing high-power heat dissipation, employing approaches like thick copper or embedded copper, and transitioning wire harnesses to soft boards in BMS.

There's an escalating demand for high-layer HDI and high-frequency PCBs, driven by the trend of automobile intelligence. The evolution of electrical architecture from a distributed structure to a centralized domain architecture within vehicles, coupled with advancing legislation and technological strides in hardware and algorithms, propels the progression towards higher-level autonomous driving, specifically L4.

Moreover, the integration of multiple operating systems and security levels in the car's smart cockpit facilitates multi-modal human-computer interaction, encompassing touch control, smart voice, visual recognition, and smart displays.

This surge in demand for highly integrated automotive electronics drives the use of HDI in automotive PCBs, serving in in-vehicle entertainment systems, autonomous driving controls, and vehicular servers. Typically employing high-speed materials, these designs range from 3 to 10 layers of HDI. The deployment of ADAS high-frequency signal transmission further stimulates the utilization of high-frequency PCBs, exemplified by the 77GHz millimeter-wave radar using high-frequency copper-clad laminate or mixed-voltage materials.

Chinese automotive suppliers are reshaping the competitive terrain within the traditional automotive PCB market, marked by low average unit prices, stringent reliability requirements, and extended customer certification cycles. The evolution of PCBs from conventional 4 to 6 layers to more sophisticated HDI PCBs, metal heat dissipation substrates, thick copper substrates, and integrated component boards has intensified technical challenges while bolstering the demand for automotive PCBs.

China, a prominent consumer of automobiles, exhibits robust local demand for supporting equipment. The country's PCB manufacturers fall into two categories: traditional, well-established automotive PCB suppliers and emerging entities. The industry's anticipated development encompasses two stages: an initial phase of burgeoning growth fostering new suppliers and disrupting the closed supply system, followed by standardization that elevates technical standards.

Discover further insights into manufacturers of automotive PCBs.

IBE stands as an excellent resource for ordering and tailoring your PCB to meet your specifications. With our seasoned R&D team and over 17 years of expertise in PCB and PCBA manufacturing, we prioritize reliable and punctual delivery from automotive PCB manufacturers. Our commitment is to surpass your expectations, consistently striving to enhance the advantages within our service.

Conclusion

This article provides insights into the automotive PCB market. IBE stands out as a provider capable of tailoring boards from diverse materials and extends automotive PCB manufacturing and design services. For a deeper dive into PCBs, our website hosts compelling content about the PCB industry.

The evolving landscape sees fresh stimuli driving the growth of Flexible Printed Circuit (FPC) demand. Simultaneously, escalating demand acts as a catalyst for the advancement of High-Density Interconnect (HDI) PCB technology. Promisingly, the market share and future outlook for PCBs are optimistic. Additionally, noteworthy rankings such as the top 15 global LED PCB suppliers and the top 10 package substrate manufacturers in 2022 offer valuable insights into the industry's leading players and trends.

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