Monday, September 28th 2026

TSMC to Scale 2 nm Production to 120,000 Wafers per Month by the End of 2026

TSMC has reportedly started expanding its manufacturing capacity as demand continues to outpace supply. According to a recent report from UDN, TSMC aims to increase its 2 nm manufacturing capacity at the N2 node, targeting an output of about 120,000 wafers per month by the end of 2026. This represents a 20% increase from the early August target of 100,000 wafers per month by the end of the year, indicating strong customer interest in the latest silicon technology. Even in the early stages, the company confirmed that the N2 node has four times the number of tape-outs compared to its previous leading-edge 3 nm N3 node. With the ramp-up of N2 production underway, the 20% increase suggests that customers are seeking more capacity, even as TSMC continues to scale production, indicating that demand isn't slowing down anytime soon.

At the end of the second quarter of 2026, the N2 node accounted for only 3% of TSMC's revenue, while the 3 nm node held 30%, and the 5 nm node secured the top spot at 33%. However, as we approach the end of Q3, we should see a significant shift in these figures, strongly favoring the N2 node. Until official data is released, we can't be certain of N2's exact revenue contribution, but it is expected to increase significantly based on several factors.
Firstly, TSMC achieved about 20,000 wafers per month in late July. An increase to 120,000 N2 wafers by the end of 2026 suggests a corresponding revenue increase. Secondly, TSMC has been discussing price increases with customers, and the N2 node will likely see a significant price hike, as the latest nodes typically require more complex manufacturing processes. TSMC generated $16.26 billion in August, but September's revenue will be particularly interesting to observe as manufacturing scaling continues.
Source: UDN
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7 Comments on TSMC to Scale 2 nm Production to 120,000 Wafers per Month by the End of 2026

#1
vbq7qK68eyYAH4iR
Mere Mortal
It's interesting that TSMC would do that. I understand demand, but these chips need memory and my understanding is that it's DRAM that's the limiter to the supplu chain, at this time. If that's true, 20,000 additional wafers aren't going to help demand, unless they used to produce significantly large dies, producing the same number of chips.
Posted on Reply
#2
tfp
It's possible it helps memory production if all chips shift to a smaller node, including memory. But no, no one is going to product RAM on 2NM.
Posted on Reply
#3
TheinsanegamerN
vbq7qK68eyYAH4iRIt's interesting that TSMC would do that. I understand demand, but these chips need memory and my understanding is that it's DRAM that's the limiter to the supplu chain, at this time. If that's true, 20,000 additional wafers aren't going to help demand, unless they used to produce significantly large dies, producing the same number of chips.
How quickly people forget that, before the RAMpocalypse, limited production at TSMC has been a problem for going on a full decade now. And even with limited RAM, that doesn't mean chip sales have declined or that TSMC is running low on work. They have more demand then ever and calls for denser nodes and higher efficiency haven't gone anywhere.
Posted on Reply
#4
MikOnTopGG
tfpIt's possible it helps memory production if all chips shift to a smaller node, including memory. But no, no one is going to product RAM on 2NM.
Exactly, so really, what is going on with the industry?
Posted on Reply
#5
tfp
MikOnTopGGExactly, so really, what is going on with the industry?
Does my response not make sense in regards to the person I was responding too? I guess I could have said SOP and moved on like you just did.
Posted on Reply
#6
MikOnTopGG
tfpDoes my response not make sense in regards to the person I was responding too? I guess I could have said SOP and moved on like you just did.
I wan't asking you in this hostile manner. I was just raising a general question.
Posted on Reply
#7
tfp
ah sorry, but yes, a story as old as transiter fabrication.
Posted on Reply
Nov 12th, 2026 04:39 CST change timezone

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