TSMC's (台積電) Hsinchu and Kaohsiung fabs have entered mass production at the 2-nanometer node — according to both UDN and the Central News Agency (CNA), "the roar of heavy machinery around the campus has not stopped" even after the fabs went into volume production. Alongside the 2nm ramp, TSMC raised its 2026 capital expenditure to US$60 billion to US$64 billion and announced plans to build 13 advanced-process and advanced-packaging fabs in Taiwan, per the same UDN report. The fact that the identical mass-production milestone was independently reported by both UDN and CNA on the same day underscores how central this ramp is to the current equipment-hiring story.
The scale of TSMC's build-out sits inside a broader capacity crunch that ASML's own Taiwan leadership describes directly. "The gap between AI-driven supply and demand is enormous — it will take the entire semiconductor ecosystem working together to solve it," ASML Vice President and Taiwan General Manager 汪佳慧 (Wang) told CNA in an interview cited by UDN. That gap lines up with industry-wide forecasts: the World Semiconductor Trade Statistics organization (WSTS) projects global semiconductor revenue will pass US$1.655 trillion in 2026, driven by AI infrastructure and high-performance computing, and could reach US$2.14 trillion in 2027, according to UDN.
ASML (艾司摩爾) has laid out a concrete capacity plan to meet that demand: production of its Low NA EUV and DUV lithography systems will be raised by 30% per year in 2027 and 2028, UDN reports — a target that, per the same report, is adding directly to the workload of ASML's Taiwan team. On the AI side, ASML has invested in French AI firm Mistral AI, taking roughly an 11% stake, and is running 80 to 90 internal AI projects simultaneously, according to UDN.
Taiwan carries outsized weight in ASML's global footprint. Of ASML's more than 47,000 employees worldwide, over 4,700 — about 10% — are based in Taiwan, both UDN and CNA report. ASML operates eight fabs globally, two of which are in Taiwan (Linkou and Tainan), with a third Taiwan fab under construction in New Taipei City, per the same two sources. On the ground, more than 2,000 ASML engineers are stationed daily inside customer fabs in Taiwan to support production-line operation and efficiency, according to UDN.
Against that backdrop, ASML Taiwan this year abandoned its original plan to hire 600 people and instead moved to recruit more than 1,000, a decision reported identically by both UDN and CNA.
| Metric | Figure | Source |
|---|---|---|
| TSMC 2026 capital expenditure | US$60–64 billion | UDN |
| TSMC planned new fabs (advanced process + packaging) | 13 | UDN |
| WSTS 2026 global semiconductor revenue forecast | US$1.655 trillion | UDN |
| WSTS 2027 forecast | US$2.14 trillion | UDN |
| ASML Low NA EUV/DUV capacity increase, 2027–2028 | +30% per year | UDN |
| ASML stake in Mistral AI | ~11% | UDN |
| ASML internal AI projects underway | 80–90 | UDN |
| ASML global employees | 47,000+ | UDN, CNA |
| ASML Taiwan employees (share of global) | 4,700+ (~10%) | UDN, CNA |
| ASML global fabs / Taiwan fabs | 8 global / 2 in Taiwan (Linkou, Tainan) + 1 under construction (New Taipei) | UDN, CNA |
| Engineers stationed daily at Taiwan customer fabs | 2,000+ | UDN |
| ASML Taiwan 2026 hiring target (original → revised) | 600 → 1,000+ | UDN, CNA |
| Nationalities represented at ASML Taiwan | 30 | UDN |
Asked what matters most in this hiring push, Wang told CNA that "the most critical consideration is 'Learning Agility.'" She said AI tools can substantially accelerate technical development, but employees still need the ability to learn flexibly across domains, per UDN's report of the interview. ASML's existing Taiwan workforce already reflects that cross-domain, cross-border mix: employees come from 30 countries, according to UDN.
The numbers line up into a single chain reported across UDN and CNA: TSMC's 2nm mass production and its US$60–64 billion 2026 capex plan for 13 new fabs sit on the demand side of the AI buildout that WSTS pegs at US$1.655 trillion for 2026 and US$2.14 trillion for 2027. ASML's own general manager frames that demand as a "huge" supply-demand gap, and the company's response is visible in concrete figures — a 30%-per-year capacity increase for its lithography systems through 2028, a near-doubling of its Taiwan hiring target from 600 to over 1,000, and a Taiwan operation that already runs more than 2,000 engineers a day inside customer fabs while representing about 10% of ASML's global headcount. Whether "Learning Agility" as a hiring criterion and a 30-country workforce are sufficient to staff that expansion is not something the evidence addresses; what the reporting establishes is the scale of the target and the demand context behind it.
More than 1,000, up from an original target of 600, according to both UDN and CNA.
About 10% — over 4,700 of ASML's more than 47,000 global employees, per UDN and CNA.
"Learning Agility," per ASML Taiwan General Manager 汪佳慧's remarks reported by UDN.
Low NA EUV and DUV system production capacity is set to rise 30% per year in 2027 and 2028, according to UDN.
According to TechNews and CNA, Winbond Electronics (華邦電) GM Chen Pei-ming warned on August 6, 2026 that 2027 memory shortages will exceed 2026's. CMS revenue rose 78% and Flash revenue rose 65% quarter-over-quarter, backed by NT$39.5 billion in 2026 capex, up over 70-fold year-on-year.
According to Technews, MoneyDJ, and CTEE reports dated August 6, 2026, TSMC (台積電) is holding roughly $1 billion (about NT$32 billion) worth of Apple (蘋果) A20 Pro processors that cannot complete back-end packaging because of a DRAM shortage. TSMC's CFO had already flagged rising inventory days on July 16, and Apple sources memory mainly from Micron, plus SK Hynix and Samsung.
According to Technews, also reported by CNA and ETtoday, the US FCC is drafting a measure to ban imports of new Chinese-made optical transceivers, with officials hoping to finalize it this year, though it could still be revised or shelved. The news drove same-day share drops of 7.27% for Innolight (中際旭創) and 5.29% for Eoptolink (新易盛), while Beijing's foreign ministry called the move protectionist.