Apple’s Intel Chip Deal Could Boost ASML—If iPhone Chips Are Included

That framing matters for equipment suppliers because Intel would need sufficient wafer-fab and packaging capacity if Apple becomes a meaningful foundry customer. But the current evidence does not show a final, disclosed production contract with confirmed product scope or guaranteed equipment purchases ^[4][9].

Why ASML is central to the story

ASML is in the spotlight because its lithography systems sit at the heart of advanced chip production. Reports summarizing Bank of America’s analysis identify ASML as a direct potential beneficiary, noting that ASML is the key supplier of EUV lithography equipment needed for advanced processes ^[31][36].

The link is indirect but powerful: Apple would not be buying ASML machines itself. Intel would be the likely buyer if it needed to expand or equip capacity for Apple-designed chips. That is why the equipment impact depends less on the existence of an Apple-Intel headline and more on whether the work becomes a large, advanced-node production program ^[31][32].

Bank of America’s two ASML order scenarios

Reports summarizing a Bank of America note estimate that the potential Apple-Intel collaboration could be worth around $10 billion over several years, while also lifting demand for semiconductor equipment ^[30][31][32]. For ASML, the scenarios reportedly split around one question: are iPhone processors part of the deal?

Those figures should be read as analyst scenarios, not confirmed ASML backlog. The available reports do not say ASML has booked these orders, and they do not confirm that Intel has committed to the high-case capital spending ^[31][32].

Why iPhone chips change the scale

The iPhone is the swing factor because including it would turn the Apple-Intel relationship from a narrower supply-chain diversification move into something much more volume-intensive. One report notes that Apple ships more than 200 million iPhones a year, which helps explain why iPhone inclusion would materially alter equipment-demand math ^[7].

But that is precisely what remains unconfirmed. Several reports say the Apple-Intel agreement lacks disclosed details on which Apple products or chips Intel would manufacture ^[9][14]. Some secondary summaries mention entry-level chips, Intel’s 18A-P process, and a possible mid-2027 production window, but the stronger takeaway from the provided evidence is that product scope is still unsettled ^[5][7][9].

BE Semiconductor’s possible role

Bank of America-linked reports also name BE Semiconductor, often known as BESI, as a potential direct beneficiary because of its hybrid-bonding equipment exposure ^[31][32]. That points to the advanced-packaging side of the supply chain, not just front-end wafer fabrication.

The reported BofA scenarios are especially stark for BESI:

• If iPhone chips are not included, Intel’s hybrid-bonding equipment demand from BESI could be around 15 machines ^[31].
• If iPhone chips are included, that number could rise to 182 machines ^[31][32].
• The higher figure would be well above the market expectation cited in the reports for Intel to buy about 80 relevant machines from 2024 through 2030 ^[31].

As with ASML, these are scenario estimates. They depend on Apple product scope, Intel process choices, packaging architecture, and whether the preliminary agreement becomes a scaled manufacturing commitment ^[31][32].

The wider semiconductor equipment supply chain

The broader equipment read-through is simple: a real Apple-driven Intel foundry ramp would likely increase attention on tools for wafer fabrication and advanced packaging. In the provided reports, however, only ASML and BE Semiconductor receive quantified Bank of America estimates ^[31][32].

That makes it risky to extend the same conclusion to every equipment supplier. The Apple-Intel story is potentially bullish for parts of the supply chain, but the evidence currently supports a more specific claim: ASML and BESI are the clearest named beneficiaries in the available BofA-linked reporting ^[31][32].

The U.S. government angle

The geopolitical context is real, but the deal-level evidence is limited. Bloomberg framed Apple’s Intel and Samsung talks around producing processors in the U.S. as a possible second source beyond TSMC ^[17]. Reports citing the preliminary Apple-Intel agreement also describe the manufacturing as U.S.-based ^[4].

That aligns with the broader push to strengthen domestic semiconductor manufacturing, and some coverage frames the story as part of an American chip-production revival ^[1]. But the provided sources do not document a specific U.S. government subsidy, CHIPS Act condition, government-brokered negotiation, or procurement commitment tied directly to this preliminary Apple-Intel arrangement.

What Intel still has to prove

Intel Foundry’s challenge is not merely winning a famous customer. It has to show that it can manufacture Apple-designed chips at the required quality, yield, scale, timing, and economics. Reporting says Intel’s foundry business has struggled because of a lack of major customers, and that an Apple deal could be a turning point if finalized ^[11]. Bank of America also reportedly cautioned that Wall Street may have moved too quickly after Intel’s stock rally, even as it raised its Intel price target ^[8].

The remaining uncertainties are therefore substantial:

• Whether the preliminary agreement becomes a final, binding production program ^[1][4].
• Which Apple products Intel would manufacture chips for, and whether iPhone processors are included ^[9][14].
• Whether Intel can make those chips profitably and at Apple’s required scale; the provided sources do not resolve that question ^[8][11].
• Whether ASML and BESI scenario estimates become actual purchase orders rather than analyst-modeled upside ^[31][32].

Bottom line

Apple’s reported Intel foundry deal could become a meaningful positive for ASML and BE Semiconductor, but only if it develops into a scaled advanced-chip manufacturing program. Bank of America-linked estimates suggest roughly €1.8 billion of potential ASML orders without iPhone chips and up to €4.6 billion if iPhone chips are included, while BESI’s possible hybrid-bonding tool demand could jump from 15 machines to 182 under the iPhone case ^[31][32].

For now, the correct reading is “possible equipment upside,” not “confirmed order boom.” The iPhone question is the fulcrum, and the market still lacks the product, volume, profitability, and timing details needed to judge how large the Apple-Intel manufacturing shift will really be ^[9][14].