May 30, 2026
Amid the white-hot global AI computing power race, market attention has long been focused on core hardware like GPUs and optical modules, often overlooking the epic growth opportunities for PCBs, known as the "Mother of Electronic Products." The mass production of NVIDIA's next-generation VR200 platform has completely ignited the demand for PCBs, upstream materials, and supporting components. The entire industry is transitioning from the saturated red ocean of traditional consumer electronics to an AI-driven golden era of incremental growth. It is estimated that from 2027 to 2028, the PCB industry will experience a triple dividend of doubled market size, structural specification upgrades, and a reshaped supply chain landscape, making it the most certain high-prosperity sector in the tech space.
As the flagship model for AI servers from 2026 to 2028, NVIDIA’s VR200 achieves comprehensive upgrades compared to the previous GB300 platform, directly driving an exponential increase in PCB value and becoming the core growth engine for the supply chain.
According to the latest teardown data from Morgan Stanley, the PCB value per VR200 rack has soared from $35,100 in the GB300 to $116,700, a massive 233% increase, making it the component with the highest value growth in AI hardware. The core growth comes from two main dimensions:
PCBs and MLCCs share a symbiotic relationship. As the VR200 platform drives PCB upgrades, it also directly ignites MLCC demand. Data indicates that the MLCC value per VR200 rack has increased from $1,530 in the GB300 to $4,320, a 182% surge. The number of MLCCs per rack has reached 420,000 to 600,000 components, an increase of over 30% compared to the GB300, and 10‑15 times that of traditional servers. This growth is primarily driven by three major scenarios: GPU power supply, HBM memory, and 800V high‑voltage power, offering massive potential for upstream material and component manufacturers.
After a period of inventory adjustment in 2023, the PCB industry has entered a new upcycle driven by AI computing, high‑speed networks, and automotive electronics. In 2024, global PCB output reached $73.565 billion, a year‑over‑year growth of 5.8%; in 2025, it is projected to reach $84.891 billion, with the growth rate accelerating to 15.4%. With the massive deployment of the VR200, industry growth will accelerate further:
Raw materials make up about 50%‑60% of the PCB cost structure, with Copper Clad Laminate (CCL) accounting for the highest proportion (30%‑40%), directly determining the PCB’s electrical performance and cost:
In 2027‑2028, as AI servers move toward higher layer counts and higher speeds, the demand growth for high‑end materials like M7/M8 grade CCL, ultra‑low profile (HVLP) copper foil, and high‑Tg resins will reach 50%‑100%, significantly outpacing conventional materials and becoming the most explosive segment in the supply chain.
Driven by the shifting landscape of global manufacturing capacity, the cross‑strait supply chain continues to deepen its roots in the AI server sector, accelerating its push into the high‑end market.
High‑layer‑count and HDI capacity have become decisive factors. Leading cross‑strait manufacturers have leveraged their technical moats to successfully penetrate the core supply chains of NVIDIA and Microsoft. Suppliers capable of mass‑producing VR200 core boards with leading yield rates will demonstrate the greatest earnings elasticity in 2027‑2028.
Although the global high‑end MLCC market has long been dominated by Murata and TDK, skyrocketing computing demand means products featuring high capacitance and high voltage that pass NVIDIA certification will rapidly capture the massive market for AI server power supplies and HBM memory.
Risk Warning: If global AI infrastructure deployment slows down or VR200 volume is delayed, it will directly impact the pull‑in momentum for high‑end PCBs and materials. Furthermore, with major manufacturers significantly increasing capital expenditures in 2025‑2026, attention must be paid to the risk of price competition once subsequent high‑end capacity comes online.
The AI computing revolution is restructuring value distribution across the PCB supply chain. The rollout of the VR200 platform officially elevates the PCB from a hardware “supporting role” to the “core lifeline” of computing performance. Whether in high‑end PCB manufacturing or upstream CCL, copper foil, and specialised materials, the growth momentum has far surpassed that of the traditional electronics industry.
