The latest casualty of the artificial-intelligence hardware boom may be one of the least glamorous parts of a computer: the printed circuit board. And the numbers circulating online—30-month waits, a 1,100% price increase, even order books stretching to 2030—have a real reporting trail, with some important catches.
As manufacturers race to build AI servers, an ordinary necessity for nearly all electronics is becoming harder to source: the board and related materials that connect chips, memory, power circuits and other components. On October 28, Nikkei Asia reported mounting concerns among PC and printed circuit board (PCB) suppliers. Tom’s Hardware’s October 29 report describes some board orders quoted at up to 30 months and one Taiwanese PC maker reporting that its copper-clad laminate costs rose at least twelvefold since July.
Those are serious warnings. They are not proof that every circuit board now takes 30 months to buy, that finished computers have become 1,100% more expensive, or that new PCs cannot be built until 2030.
The unglamorous part every computer needs
A PCB is not the silicon memory chip or processor itself. It is the engineered structure of insulating layers and copper connections that holds and interconnects electronic components. A computer may have several such boards, including the motherboard, graphics card and memory modules. Chip packages also depend on highly specialized substrates that share some of the same constrained manufacturing ecosystem.
The raw-material squeeze begins with copper-clad laminate (CCL), commonly built using fiberglass cloth, resin and copper foil. High-performance AI accelerators, servers and networking systems demand more sophisticated boards and substrates, sometimes with more layers and larger footprints. The result is not simply that someone forgot to order enough green boards. Manufacturing capacity, specialty material supply and equipment lead times are being stretched together.
This is not only a rumor from anonymous buyers. In its August 24 interim results announcement, Hong Kong-listed Kingboard Laminates reported tight supplies of electronic fiberglass yarn, fabric and copper foil, multiple material-price increases, and partial production suspensions at some laminate producers due to glass-fabric shortages. It also said existing capacity had shifted substantially toward AI-related products. That company disclosure is first-hand evidence of a real supply problem, although it does not independently verify every eye-popping price anecdote in the viral clip.
Where the 30-month claim comes from
There are two different 30-month figures worth separating. Reporting attributed to Nikkei says some PCB orders have stretched as far as 30 months, while another supplier said a new order would not be delivered until late 2028. These are reported extreme cases, not a published industry-wide delivery average.
Separately, on October 20, Unimicron chairman S.C. Chien warned that some specialized machines used to expand advanced substrate production have lead times of up to 30 months. According to TrendForce’s report on his remarks, lead times had increased for more than 80% of equipment, and more than 20% had suffered delays of over twice their original duration. Chien also described the risk of a roughly 20% shortfall in certain key materials in 2027. That forecast concerns selected materials—not a predicted 20% shortage of all consumer computers.
Why does the equipment distinction matter? If board makers cannot obtain the machines needed to add capacity, their customers may feel shortages long after the first wave of high prices. Even a factory expansion announced today cannot manufacture its way around a missing production line tomorrow.
Is the price increase really 1,100%?
Arithmetic first: a price rising to twelve times its original level represents an 1,100% increase, not a 1,200% increase. The viral percentage is therefore consistent with the reported 12× multiple.
But the scope of that figure matters far more than the arithmetic. Nikkei’s account, relayed by Tom’s Hardware and other trade outlets, attributes the twelvefold increase in CCL costs since July to one Taiwanese PC maker. The underlying transaction details and full market-wide price series were not published in the accounts reviewed here. It should be described as one industry participant’s reported experience, not a verified global average.
Nor does a 12× laminate cost imply a 12× retail motherboard, RAM module or laptop price. CCL is an input among many, alongside chips, fabrication, assembly, testing, logistics and distributors’ margins. It can exert real upward pressure without translating one-for-one into a store price. The same distinction applies to the reported supplier order book extending toward 2030: it is a sign of demand and capacity allocation, not a universal date when consumers will finally be allowed to purchase electronics.
Why AI companies have an advantage at the factory door
AI server buyers are purchasing large quantities of high-performance hardware, and suppliers have commercial incentives to prioritize orders for more expensive advanced boards and materials. That’s a plausible mechanism for ordinary consumer products being squeezed, but the burden is not necessarily spread evenly across every type of PCB.
TrendForce’s April analysis identified specialty glass-fiber cloth as a critical bottleneck and reported that meaningful new capacity from a major producer was not expected until at least mid-2027. Meanwhile, the International Data Corporation linked pressure on consumer computing to manufacturers reallocating memory production toward high-margin AI and data-center demand. Both developments make the supply chain vulnerable to multiple bottlenecks at once.
The distinction is important for another reason: a manufacturer can have plenty of chips and still be unable to assemble a product if a needed board, package substrate, capacitor or other unglamorous component is missing. TrendForce’s October 29 research also pointed to growing shortages of high-capacitance multilayer ceramic capacitors used in AI-related CPU and memory systems.
What does this mean for people buying computers?
The most defensible forecast is greater pricing and availability risk for certain products during 2027, not an immediate collapse of the PC market. Mainstream boards and high-end AI substrates do not have identical suppliers, specifications or production economics. Manufacturers can sometimes redesign, qualify alternative suppliers, adjust product mixes or draw on inventories. New capacity is also being built, although it takes time.
For consumers, the sensible move is to compare actual prices and buy based on need—not panic-buy because an anonymous industry quote has turned into an internet countdown to 2030. The 30-month reports indicate that some supply-chain buyers face extraordinary delays. They do not establish that a typical replacement motherboard ordered from a retailer today will arrive two and a half years later.
For a related Apep Bar examination of the AI industry’s capacity paradox, see GPUs Aren’t Being Used? Inside the AI Industry’s Expensive Idle-Compute Problem. The question behind both stories is not whether AI demand exists; it is whether firms are allocating money, manufacturing and physical resources as efficiently as the hype suggests.
The unanswered question
The industry’s promised cure is more factories, more specialized materials and more skilled manufacturing engineers. But if server operators with the deepest pockets keep booking future capacity first, whose hardware gets built on time—and who pays the premium for everyone else’s AI boom?
Sources and original clip
- Tom’s Hardware, October 29, 2026 — reporting on Nikkei Asia’s supplier interviews and the 12× laminate claim.
- TrendForce, October 20, 2026 — Unimicron’s warnings on manufacturing equipment and materials.
- Kingboard Laminates’ August 2026 financial disclosure — direct company evidence of supply pressure.
- TrendForce specialty fiberglass analysis — capacity and timing.
- Reader-provided YouTube Short: “PCB Shortage” — the commentary clip that prompted this fact-check; it is not the source of the industry data.
Featured photograph: real electronics circuit board, Alexandre Debiève / Unsplash, used under the Unsplash License. Contextual photo; it does not depict the 2026 shortage.
