Analyst says AI rewrites chip pricing
- IDC’s Jeff Janukowicz said this week the old semiconductor boom-bust cycle is breaking, as AI infrastructure demand keeps key chip inputs scarce and expensive. (marketplace.org) - The sharpest tell is memory: Janukowicz said prices could stay elevated into 2027, while IDC sees 2026 DRAM revenue nearly tripling to $418.6 billion. (finance.yahoo.com) - That shifts power toward foundries, packaging, and HBM suppliers — not just chip designers — as hyperscalers lock up capacity with long contracts. (finance.yahoo.com)
Semiconductors are supposed to be cyclical. Demand spikes, factories catch up, inventories pile up, prices crack, and everybody relearns the same lesson. But that pattern (marketplace.org) not just another shortage. He framed it as a structural shift — one where AI infrastructure spending keeps the tightest parts of the chip stack scarce for years, not quarters. (marketplace.org) ### What is the old chip cycle? The classic semiconductor cycle was built around consumer electronics. PCs, phones, and gadg(finance.yahoo.com)dest in the most standardized parts — especially memory — because too much supply was usually the thing that ended the party. (finance.yahoo.com) ### What does AI change? AI demand is different because the buyers are different. Instead of millions of consumers making discretionary purchases, a smaller group of hyperscalers and cloud companies are building datacenters as strat(marketplace.org)they sign longer supply agreements and absorb inventory that once would have spilled into a glut. That is the core of Janukowicz’s argument. (finance.yahoo.com) ### Why is memory the giveaway? Memory is the best stress test because it has always been the most cyclical c(finance.yahoo.com)nger. IDC’s own forecast points the same way — it sees DRAM revenue jumping to $418.6 billion in 2026, nearly triple 2025 levels, driven by HBM and datacenter demand. If memory stops behaving like memory, turns out the whole industry may be repricing around AI. (finance.yahoo.com) ### Where does pricing power move? Not evenly. The winners are the chokepoints — advanced foundry capacity, HBM, (finance.yahoo.com)makes the point in concrete terms: in March 2025 it said it would lift planned U.S. investment to $165 billion, adding three fabs, two advanced packaging facilities, and an R&D center to support AI demand. (pr.tsmc.com) ### Why does packaging matter so much? Because AI chips are no longer just one die in one package. They are systems — logic, stacks of high-bandwidth memory, interconnect, thermal constraints, and specialized packaging that lets all of (finance.yahoo.com)rt bottleneck: adding more planes does not help if the runway is full. In AI, packaging and memory are often the runway. (idc.com) ### Does this mean the chip cycle is dead? Probably not dead — but less universal. Janukowicz is really saying the center of gravity has moved. Commodity and consum(pr.tsmc.com)AI-heavy parts of the market now look more like infrastructure with reserved capacity than gadgets with seasonal demand. Even Deloitte’s 2026 outlook, while more cautious, treats AI-led growth as the dominant force and the main source of both upside and risk. (finance.yahoo.com) ### What should investors and builders take from this? Basically, stop looking only at chip desig(idc.com)ier. It also means efficient models, custom silicon, and hardware-software co-design matter more, because the cheapest compute may simply not be available when you need it. (finance.yahoo.com) ### Bottom line? The important claim is not that chips got expensive again. It is that AI may be changing which parts stay expensive, and for how long. If that holds, the old boom-glut script stops being the default map for the semiconductor industry. (finance.yahoo.com)
