El Chapuzas Informático reported on October 16, 2026, that TSMC expects annual capacity across its N2 process family to exceed twice the 2026 level in 2027. The outlet attributed the forecast to TSMC’s October 15 earnings conference. The projection concerns manufacturing capacity—not a forecast that twice as many finished chips will ship. El Chapuzas Informático’s report linked the update to demand for smartphones, high-performance computing (HPC) and AI.
TSMC names Hsinchu and Kaohsiung as expansion locations. It does not assign a portion of the forecast to either site in the reported account. The company says N2 volume production began in Q4 2025, making the 2027 projection a planned increase for a process already in volume production. TSMC’s N2 technology page describes N2 as its first-generation nanosheet technology.
Capacity and shipments measure different things
Manufacturing capacity describes how much production a process can support over a period; shipments count finished chips delivered to customers. Actual shipments also depend on customer orders, designs and production progress. So a forecast for N2 capacity is not a promise of a matching increase in chip shipments.
That distinction matters because the forecast is relative: it compares expected annual N2-family capacity in 2027 with the 2026 level. The report gives no absolute wafer total to turn into a shipment estimate.
A14 follows a separate roadmap
The same report says TSMC planned to start risk production of A14 in 2027 and mass production in 2028. It also reports that customer participation in A14 was higher than N2’s at the equivalent development stage. That comparison describes customer involvement during development; it is not a tally of production orders.
The N2 capacity plan and A14 timeline therefore describe different stages of TSMC’s process roadmap: N2 was already in volume production, while A14’s reported milestones lay ahead. The account also connects N2 expansion with smartphone, HPC and AI demand, while treating A14 as the next process in development.
An earlier monthly estimate is a different measure
A September 27, 2026, article on Yahoo Finance carrying Investing.com reporting and citing Taiwan’s EDN put an earlier estimate for N2 capacity at about 120,000 wafers per month by the end of 2026, compared with earlier expectations of 90,000–100,000. That report gives a monthly estimate for the end of 2026; the later forecast compares annual capacity in 2027 with the 2026 level. The figures use different periods and measures.
NeoTeo previously covered TSMC’s 2026 revenue outlook. The N2 forecast concerns manufacturing capacity, a separate part of the company’s outlook.
What N2 and Intel 18A have in common
TSMC describes N2 as nanosheet transistor technology. Intel identifies RibbonFET for its 18A process and describes it as a gate-all-around transistor architecture; Intel also names PowerVia as its backside power-delivery technology. These company descriptions offer a view of each process’s design approach, not a direct performance ranking. Intel’s 18A page describes its technologies.
