AI fuels copper clad laminate (CCL) production expansion: Equipment orders booked until 2028, with delivery times two years away.
Wall Street CN
17h ago
Ai Focus
The surge in demand for AI computing power has driven up demand for high-frequency and high-speed PCB materials. A new wave of large-scale capacity expansion by copper clad laminate (CCL) manufacturers has led to a shortage of key production equipment, extending the delivery cycle for production equipment from eight months to up to two years, with equipment order visibility extending into the first quarter of 2028.
Helpful
No.Help

Author:Wall Street CN

The explosive demand for AI computing power is transmitting the pressure of capacity expansion upstream in the industry chain. A new wave of large-scale capacity expansion by copper clad laminate (CCL) manufacturers has led to a shortage of key production equipment.Delivery cycles have suddenly lengthened from about eight months to up to two years, and equipment order visibility has been extended to the first quarter of 2028.

Equipment manufacturer Asia Metal Industries (AMI) confirmed that CCL manufacturers have significantly accelerated their expansion pace recently, continuing to build factories overseas while also increasing their investment in production capacity in Taiwan and mainland China.

Driven by this, equipment suppliers are facing significantly increased pressure to meet delivery deadlines.Peak shipments are expected to be released in 2027 as customers complete their installations.

Supply bottlenecks are no longer limited to high-end materials. Upstream materials such as fiberglass cloth and copper foil had already been in short supply, and the shortage has now spread to production equipment, posing a dual challenge to CCL manufacturers' capital expenditure pace and supply chain planning.

A wave of capacity expansion sweeps across CCL manufacturers in Taiwan and mainland China.

The rapid expansion of applications such as AI high-speed computing, electric vehicles, and 5G/6G communications is driving a continuous increase in demand for high-frequency and high-speed PCB materials.

Major CCL manufacturers in Taiwan and mainland China, including Elite Material (EMC), Taiwan Union Technology Corporation (TUC), ITEQ, and Sytech, have all launched a new round of advanced capacity expansion.

Driven by the demand for 800G switches and AI servers, M8-grade materials have become a standard configuration in PCB design.CCL materials are experiencing a simultaneous increase in both price and volume.This trend has directly led to a surge in orders for advanced manufacturing equipment, which has consequently increased the order pressure on upstream equipment suppliers.

in,Prepreg equipment is a core component of the CCL production process.With customers' strong demand for capacity expansion, supply is becoming increasingly tight, becoming one of the key bottlenecks restricting the release of production capacity.

Equipment delivery time has been extended to two years, with a peak in shipments expected in 2027.

AMI stated thatDue to stronger-than-expected demand from downstream customers for capacity expansion, the delivery cycle for equipment orders has been significantly extended from approximately eight months to a maximum of two years.

at present,Equipment supplier order visibility extends into the first quarter of 2028, laying a solid foundation for performance over the next two years.

According to the customer's installation scheduleAMI expects peak shipments to be concentrated in 2027.This means that CCL manufacturers intending to expand production will face the risk of production delays if they fail to secure equipment resources in advance, forcing them to start capital expenditure planning earlier.

The spread of supply chain shortages reflects the profound pulling effect of the global AI boom on the expansion of the PCB industry chain—the demand shock has penetrated from end materials to upstream equipment, forming a systemic supply constraint.

Both materials and equipment are delayed, prompting manufacturers to adjust their capital expenditure schedules.

For CCL manufacturers, the simultaneous extension of material and equipment delivery times creates additional pressure. Rising raw material costs coupled with equipment delays are forcing companies to reassess their capital expenditure pace and plan ahead for capacity investment to hedge against supply uncertainties.

TUC and ITEQ are gradually shifting towards the mid-to-high-end materials sector, actively responding to customers' diversified layout needs, and further driving a new round of capacity expansion demand.

EMC has clearly proposed a "two-year, three-location" expansion plan. The company stated that the new production capacity in Huangshi, Hubei; Zhongshan, Guangdong; and Penang, Malaysia has been put into operation successively in 2025, and is expected to achieve full production and sales in 2026.

Over the next two years, EMC plans to simultaneously invest over NT$10 billion (approximately US$312.4 million) in expanding its production lines in Taiwan, mainland China, and Malaysia. Preliminary estimates suggest that by the end of 2027, EMC's monthly production capacity is expected to reach 9.45 million sheets, an expansion of over 50% from current levels, demonstrating clear growth momentum.

Tip
$0
Like
0
Save
0
Views 308
CoinMeta reminds readers to view blockchain rationally, stay aware of risks, and beware of virtual token issuance and speculation. All content on this site represents market information or related viewpoints only and does not constitute any form of investment advice. If you find sensitive content, please click“Report”,and we will handle it promptly。
Submit
Comment 0
Hot
Latest
No comments yet. Be the first!
Related
Two major Iranian copper smelters are suspected of shutting down, adding further uncertainty to Middle Eastern supply chains.
The two smelters have a combined annual capacity of over 370,000 tons. Compared to oil and gas facilities, the metal smelting industry is more dependent on a stable operating environment. Once power grid, logistics, or security conditions deteriorate, companies are often forced to "shut down first and then consider the consequences," making supply-side shocks more sudden and unpredictable. A recent Goldman Sachs report suggests that energy shocks may suppress demand, posing a downside risk to copper prices.
Wall Street CN
·2026-04-08 05:53:31
201
Bitcoin pulls away from software stocks as Iran war, AI reshape market dynamic
CoinDesk
·2026-04-07 17:47:33
875
Goldman Sachs Lowers Copper Forecast On Soft Demand
Wall Street investment bank Goldman Sachs (NYSE: <a href='/latestarticles?tag=GS'>$GS</a> <a data-toggle='modal' data-target='#chart_modal_43467' class='fa-sharp fa-light fa-chart-simple'></a>) has lowered its 2026 copper price forecast due to softer demand expectations amid weaker global economic growth.
y%wire
·2026-04-07 10:56:14
856
The AI computing power revolution ends 20 years of cloud computing price reductions.
In 2026, global cloud vendors broke the nearly 20-year-old convention of "only decreasing prices and never increasing them," triggering a wave of price increases centered on AI computing power and high-end storage. With the explosion of AI intelligent agents, computing power has transformed from a universally accessible resource into a scarce strategic commodity. Cloud vendors are shifting from "selling computing power" to "selling intelligence," reconstructing their business ecosystem around tokens.
Wall Street CN
·2026-04-03 21:01:55
935
A fatal flaw in AI computing power! Broadcom's director points out "three major bottlenecks," with the capacity gap potentially lasting until 2027.
Broadcom executives have identified three core bottlenecks in the AI supply chain: lasers, advanced process wafers, and PCBs. Constrained by technological hurdles and capacity constraints, the delivery cycle for small PCBs has surged to six months, and laser yield rates are below 30%. Even with TSMC's large-scale capacity expansion, equipment delivery times of 12 to 18 months and the fact that 2026 capacity is already locked in by major manufacturers mean new orders will have to wait until 2027, making the computing power gap a more common occurrence.
Wall Street CN
·2026-04-05 14:40:12
86