TSMC (2330): J.P. Morgan raises TSMC’s target to NT$3,300 as AI demand supports a faster N3, N2 and A14 capacity ramp.

Overview

J.P. Morgan expects TSMC’s 3Q26 earnings and 4Q26 outlook to demonstrate sustained AI-led demand for advanced process nodes. The institution raises its target price to NT$3,300, citing tighter leading-edge supply, broader pricing power, faster N2 capacity expansion and a potentially earlier A14 revenue contribution.

Core views

Heading into the 3Q26 earnings call, J.P. Morgan expects TSMC to report revenue at the high end of its guidance range: US$45.8bn, up 14% quarter on quarter, with gross margin of 66.8%. For 4Q26, it expects 10-12% QoQ USD revenue growth, or 11% in its estimates, despite limitations from N3 capacity and no further price increases expected during 2026. This would produce FY26 USD revenue growth of 41%, in line with management’s indication of slightly above 40%. The report attributes the near-term strength to higher utilization of leading-edge capacity and price increases. The central thesis is that AI-related compute demand will keep N3 supply tight through 2027, even as TSMC adds capacity in Tainan and the US. J.P. Morgan estimates NVIDIA will account for 55-60% of N3 wafer shipments in 2027, with further demand from Google, AWS, Broadcom and MediaTek. It expects N3 tightness to ease only in 2028 as JSMC capacity becomes available and accelerator and CPU demand migrates toward N2. TSMC’s N3/N2 capacity is projected to reach about 220k/120k wafers per month in 2027, compared with about 180k/60k in 2026. The report raises its 2027 revenue-growth forecast to 39% from 35%, driven by faster N3/N2 capacity expansion and a projected 25% rise in blended wafer ASPs. It expects approximately 10% price increases for N3 and N2 in 2027, with low- to mid-single-digit increases for mature nodes, as tight capacity encourages customers to accept multi-year contracts. Mix is also important: N2 and N3 are expected to represent about 60% of wafer sales in 2027 versus about 40% in 2026, while HPC-oriented N3 wafers carry a 20-25% premium to mobile applications. The report forecasts blended ASP growth of 17% in 2026, helped by advanced-node price increases and expedited-wafer premiums, followed by 25% growth in 2027. For 2028, J.P. Morgan sees N2 as the primary growth engine. It raises expected N2 capacity to 210k wafers per month by year-end 2028 from 177k previously, with N2 expected to account for more than 30% of total wafer revenue, versus about 20% in 2027. The demand pipeline includes AI accelerators and datacenter CPUs from NVIDIA, AMD, Google, AWS, Meta and Microsoft. TSMC’s 2028 revenue is projected to grow about 30%. The institution also raises 2026-28 capex forecasts to US$64bn/US$86bn/US$100bn, from US$62bn/US$81bn/US$90bn, to fund aggressive N3, N2 and A14 expansion. J.P. Morgan believes A14 may arrive earlier than the company’s previously indicated commercialization pattern. Its checks suggest risk production in 1H27 and a potential mass-production ramp in 1H28, two to three quarters earlier than assumed, allowing some revenue in 2H28. It models about US$1.8bn of A14 revenue in 2H28 and notes SRAM and device yields above 90% as support for faster pilot production. The report expects TSMC to use separate leading-edge paths for HPC demand through N2/A16 and potentially smartphone demand through A14, reducing the type of node concentration that constrained N3. Margins are expected to remain in the mid-to-high 60% range over the next few quarters as N2 ramp dilution, overseas-fab costs and a stronger Taiwan dollar offset demand and pricing. In 2027, strong N3 demand, price increases from 1Q27 and cross-fab collaboration are expected to keep gross margins in the high 60% range. J.P. Morgan believes margins could approach 70% in late 2027 or early 2028 once N2 dilution moderates. On competition, the institution expects TSMC’s process lead over Intel and Samsung Foundry to remain broadly intact over the next two to three years. It estimates TSMC will retain more than 95% share in N2, although competitors may gain selected non-critical projects if TSMC capacity remains exceptionally tight. In packaging, Intel EMIB-T is viewed as a lower-cost alternative for large packages but with substrate-yield limitations. J.P. Morgan expects TSMC’s 3DSoIC and COUPE platforms to become standards for 3D packaging and co-packaged optics as accelerators and CPUs adopt these technologies. J.P. Morgan raises FY27 and FY28 EPS estimates by 5% and 6%, respectively, reflecting stronger N3/N2 demand, a modestly better gross-margin outlook and A14 revenue in 2H28. Its NT$3,300 June 2027 target price is based on about 20x 12-month forward EPS, above TSMC’s five-year historical average multiple, to reflect stronger AI-driven revenue growth and faster capacity expansion.

Analysis framework

J.P. Morgan combines quarterly earnings and guidance forecasts with process-node supply-demand analysis, capacity and capex projections, wafer pricing and mix assumptions, margin forecasts, competitive benchmarking and a forward P/E valuation framework.

Methodology notes

• Industry AnalysisSupply-demand framework

  Leading-edge wafer supply-demand analysis

  The report compares demand from AI accelerators, CPUs and smartphones with N3 and N2 capacity expansion to assess tightness, pricing power and market-share outcomes.

• Industry AnalysisVolume-price decomposition

  Wafer volume, advanced-node mix and ASP analysis

  Revenue forecasts are derived from capacity and shipment growth alongside price hikes, expedited-wafer premiums and a greater N2/N3 mix.

• Valuation methodsP/E and PEG Valuation

  12-month forward P/E valuation

  The NT$3,300 target price is based on approximately 20x 12-month forward EPS.

Asset mapping & comparison

Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).

• TSMC (2330.TW)

  Primary covered company benefiting from AI-driven demand for leading-edge foundry capacity and packaging.

  Strengths

  Strong N3/N2 demand, accelerated capacity expansion, projected pricing power, earlier A14 potential and expected 95%+ N2 market share.

  Weaknesses

  Near-term N3 capacity constraints, N2 dilution and overseas-fab ramp costs pressure gross margins.

  Comparison

  J.P. Morgan sees TSMC’s leading-edge position remaining ahead of Intel and Samsung Foundry over the next two to three years.

  Risks

  AI capex-cycle duration and weak PC/smartphone demand in 2H26.

Key data

• 3Q26E revenueUS$45.8bnJ.P. Morgan estimate; up 14% QoQ and at the high end of guidance.
• 3Q26E gross margin66.8%At the high end of the 65-67% guided range.
• 4Q26E revenue growth11% QoQJ.P. Morgan estimate within an expected 10-12% guidance range.
• FY26E revenue growth41%USD terms.
• FY27E revenue growth39%Raised from 35% previously.
• FY27E/FY28E EPS revision+5% / +6%Driven by stronger N3/N2 demand, margin outlook and A14 contribution.
• 2026-28 capexUS$64bn / US$86bn / US$100bnRaised from US$62bn / US$81bn / US$90bn.
• N2 capacity118k / 210k wafers per monthExpected by end-2027/end-2028.
• A14 2H28 revenue~US$1.8bnJ.P. Morgan model assumption.

Impact & implications

The report argues that persistent advanced-node tightness and faster expansion underpin stronger revenue, EPS and valuation prospects through 2028. It also expects TSMC’s technology lead and N2 share to remain resilient, while advanced packaging evolves toward 3D integration and co-packaged optics.

Risks

• The duration of the AI capex growth cycle could be weaker than assumed.
• Weak PC or smartphone demand in 2H26 could negatively affect the rating and price target.

What to watch

• 3Q26 results, including whether revenue reaches the high end of guidance and gross margin reaches 66.8%.
• 4Q26 revenue and gross-margin guidance.
• N3 capacity tightness and the pace of N2 capacity ramp.
• 2027 wafer price increases and blended ASP progression.
• Evidence of earlier A14 risk production and mass-production timing.
• Updated capex plans and leading-edge expansion through 2028.