Omdia"AI demand has exceeded the industry’s current ability to produce and package chips, with bottlenecks across high bandwidth memory (HBM), advanced packaging, and node capacity expected to persist until at least 2027."Sep 15, 2026
MorrowReport Finance"TSMC's advanced-node utilization has reached 94% capacity, the highest level since the pandemic-era shortage of 2021-2022, with 3-nanometer wafer starts booked through Q2 2027"May 16, 2026
Ashmore Group"Unless new entrants take market share and close the supply-demand gap, which is
unrealistic for 2026-27, prices are likely to remain elevated."May 15, 2026
Aardvark Labs Capital Research"Wei extending the "very tight" framing through 2027 is the cleanest possible confirmation that the 2026–2027 capacity expansion is demand-pulled, not precautionary."Sep 15, 2026
EE Times Asia"On the front-end, 3nm advanced process capacity—currently dominated by TSMC—has become even more constrained, turning into a scarce resource fiercely contested by global tech giants."Sep 15, 2026
Che-Chia Wei"And with the current schedule, we believe that '27, we will announce it anyway when we enter '27, but let me say that, it takes time to build a new fab, it takes time to ramp it up. And so we expect this to continue to be very tight."Apr 27, 2026
Dataconomy"TSMC’s advanced manufacturing capacity is fully booked through 2028, creating a significant supply bottleneck in the semiconductor industry. "May 23, 2026
RCRTech"TSMC’s leading-edge lines — 5 nm, 3 nm, and 2 nm — along with its advanced packaging capacity are effectively sold out for AI workloads well into 2027."Jun 22, 2026
BigGo Finance"The current bottleneck is no longer limited to insufficient CoWoS advanced packaging capacity but extends to a comprehensive supply gap in the core wafer fabrication segment, particularly for the 3nm process."Sep 15, 2026