[News] Korean Expert Predicts “Chinese ASML” by 2030; Hua Hong Said to Join SMIC at 7nm

A 'Chinese ASML' could emerge within a decade as China advances DUV and LDP-based EUV alternatives, with trial circuit production possible in 2Q25 and full-scale manufacturing targeted for 2026. Reuters sources report Huali (Hua Hong Group) is developing a 7nm process at Fab 6, targeting initial capacity of several thousand wafers/month by end-2026—which would make it the second Chinese 7nm foundry after SMIC—and Biren is tape-outing on that line. Implication: accelerating Chinese semiconductor self-sufficiency could materially affect sector participants (foundries, domestic equipment suppliers, GPU designers) and warrants monitoring for supply-chain and export-control impacts.

Analysis

Domestic alternatives to the highest-end lithography and process equipment compress one of the largest barriers to self-sufficiency: time-to-volume. In practice, moving from prototype to steady commercial yields for a new, domestically developed toolchain typically takes 12–36 months and requires several thousand wafers/month of pilot capacity before cost curves and defect densities normalize — meaning any market-share impact on incumbents will be material but phased. Expect pricing competition to emerge first at mature and trailing-edge nodes where unit economics are weakest, then inch upward as yields improve.

The most consequential second-order effect is not immediate revenue loss for top-tier equipment makers but ecosystem bifurcation. Western vendors face a choice: accept a lower share of a huge market and double down on integrated high-margin EUV/metrology/IP services, or see rising competition from local suppliers underwritten by state capital. That creates a durable premium for non-China fabs that offer geopolitical diversification plus a service/upgrade revenue stream for vendors that can’t sell hardware into China but can offer software, process expertise, or remote maintenance.

Strategically, this accelerates a multi-year split in capital formation and talent flows. Subsidized domestic capacity will pressure ASPs and margins in mature-node foundry services, compressing cash flow for players exposed to those markets within 12–36 months; conversely, trust and assurance value for advanced-node outsourced manufacturing should rise, supporting a 3–7 year structural premium for geographically diversified leaders.

Key Decisions for Investors

• Pair trade (6–24 months): Long TSM (TSM) 6–12 month exposure vs Short ASML (ASML) — rationale: favor geographically diversified foundry share of wallet as customers de-risk China dependency; target +25% on the long leg vs -15% on the short leg; stop loss: if pair moves against you by 12% intraday, reassess.
• Directional hedge (12–36 months): Buy ASML 2027 puts (strike ~25–30% OTM) sized to cap portfolio downside from China share erosion — cost is insurance; scenario payoff if Chinese localization accelerates and ASML order cadence weakens. Hedge cost acceptable at <3–4% of notional for meaningful tail protection.
• Selective long (12–24 months): Buy shares or call spreads in KLA/AMAT/LRCX subsegments focused on software/metrology and upgrade services (or ETFs capturing these) — they can monetize service and IP even with hardware bans. Target asymmetric return 20–40% with defined-risk option structures; cut if services revenue growth stalls below 5% QoQ.
• Opportunistic long (18–36 months): Accumulate non-China foundries (TSM, Samsung foundry exposure) on pullbacks as customers accelerate diversification; upside: premium pricing for guaranteed supply/security. Risk: demand softening — set a 20% drawdown stop or trim into strength.