May 16, 2026 · 03:48 Uhr
TSMC joined Applied Materials' $5 billion EPIC Center as a founding partner – following Samsung (February), Micron, SK Hynix, and Advantest. The partnership aims at accelerated AI chip manufacturing and pushed AMAT stock up 6%, making the consortium the industry's most powerful semiconductor R&D alliance.
US Trade Representative Greer said after the Trump-Xi summit that semiconductor export controls were not a central topic – despite 750,000 H200 licenses being issued that China has yet to take up. Chip stocks had priced in a deal that failed to materialize; Investing.com warns of valuation correction as the market miscalculated geopolitics.
Tom's Hardware analyzes the current foundry roadmaps of all three major contract manufacturers: Samsung plans SF2X (HPC) for 2026, SF2Z with BSPDN for 2027; TSMC and Intel show parallel paths beyond 2 nm. The publication publicly reveals for the first time that the three foundries pursue fundamentally different strategies – with significant implications for chip buyers.
TSMC plans to start COUPE production (co-packaged optics) in 2026, while Samsung aims for a CPO turnkey offering only in 2029 – a three-year lead in a key technology for AI data centers. The lag exacerbates Samsung's already strained foundry position versus TSMC.
Applied Materials significantly beat Q2 2026 expectations and raised AI infrastructure growth outlook from 20% to over 30%. Combined with the TSMC EPIC deal and stock +65% YTD, AMAT solidifies as the most direct beneficiary of the AI chip investment cycle in the equipment segment.
Brussels plans, according to a draft (expected end of May), to allow the EU Commission to invest directly in cross-border fab projects – in response to stalled projects under Chips Act I. The ESMC JV in Dresden (TSMC, Bosch, Infineon, NXP, >€10 billion) is considered the primary beneficiary of the streamlined financing structure.
The semiconductor industry is experiencing simultaneous consolidation on three levels: Technologically, the EPIC Center consortium (TSMC + Samsung + Applied Materials) forms the most powerful private R&D alliance for AI chips to date, while published foundry roadmaps down to 1.4 nm prove that TSMC is further extending its structural lead – now also in silicon photonics. Geopolitically, the Trump-Xi summit has brought no relief in chip export controls despite intense CEO diplomacy; 750,000 issued H200 licenses remain unused, and the market must now reprice the assumed de-escalation. On industrial policy, both the EU (Chips Act II with direct investments) and the US (CHIPS Act continuing implementation) are responding with massive subsidy programs to the increasing geopolitical fragmentation of supply chains. The central escalation risk lies in the divergence between the technological pace of the Western chip alliance and China's simultaneous attempts to reduce dependencies through SMIC expansion and diplomatic pressure on market access – a dynamic that threatens to structurally split the global semiconductor stack into two spheres.
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