NVIDIA will be the first customer for TSMC on its next-generation A16 process (1.6nm) with production taking off in 2027 at its Taiwan fab, while Apple will reportedly skip A16 and use the A4 (1.4nm) process.

We've been hearing rumors that NVIDIA would be the first customer for TSMC on its new A16 process node in 2026, but it looks like that will now take place in 2027, while other rumors said Apple was "not yet in talks" with TSMC to use its A16, with this new report suggesting the company is going directly to A14.
The new DigiTimes report also confirms that TSMC's plans to build 3 more 2nm semiconductor fabs in Taiwan in order to keep up with the ever-growing demand, with industry insiders saying TSMC's 2026 capex could reach $48-$50 billion, up from $40-42 billion this year. TSMC's advanced capacity at its Arizona fabs will also be going through some changes:
- TSMC Arizona Plant 2: N3 mass production in 2027, and N2 later
- TSMC Arizona Plant 3: mass production in 2029 on latest N2 and A16 nodes
- TSMC Arizona Plant 4: construction to begin in mid-2026, will fab N2 and A16 nodes
TSMC has been incredibly busy expanding its 3nm production capacity in response to "large orders" from NVIDIA for its new 3nm AI GPUs (Blackwell, Blackwell Ultra, and next-gen Rubin chips). It was only last month that we reported that NVIDIA CEO Jensen Huang met with TSMC executives, asking for more 3nm production capacity for its chips by a large 50%.
- Read more: NVIDIA rumored to be the first customer for TSMC's new A16 process node in 2026
- Read more: Apple 'not yet in talks with TSMC' to use bleeding-edge A16 process node
- Read more: TSMC to make bleeding-edge chips in USA: next-gen A16 fab in Arizona by 2030
- Read more: TSMC begins mass production of A16 process in 2026 in Taiwan, new Arizona fab in 2028
In the middle of production capacity expansion, TSMC has constructed three new 2nm wafer fabs at the Hsinchu Science Park's Baoshan F20, Kaohsiung F22, Taichung F25, and the US plant's F21.
TSMC has been spending more money, processing its fabs faster, and expanding capacity plans are proof it has been working overtime on getting advanced nodes like 3nm and below, rapidly readjusting to customer -- NVIDIA mostly -- needs.




