Intel Foundry may be gaining significant momentum with some of the world's largest technology companies, with a new analyst report claiming the chipmaker has secured manufacturing business from Apple, AMD, NVIDIA, Google, Microsoft and Broadcom.
The claims remain unconfirmed by the companies involved, but the report suggests Intel's upcoming 14A manufacturing process could attract considerably more external business than its earlier 18A-P node.
Amazon, Anthropic and the proposed SpaceX and Tesla Terafab operation are also reportedly evaluating Intel's 14A and 18A-P technologies, although no contracts with those companies are said to have been finalized.
Intel 14A Could Attract Several Major Customers
The analyst report claims Intel has already secured several types of foundry work across different customers.
| Reported customer | Potential Intel manufacturing work |
|---|---|
| Broadcom | Networking switch chips |
| Server CPUs | |
| Apple | A series and M series chips |
| AMD | Client chiplet tiles |
| Microsoft | Server CPUs |
| NVIDIA | Gaming related Rubin chips |
| Amazon | Still evaluating |
| Anthropic | Still evaluating |
| SpaceX and Tesla Terafab | Still evaluating |
The majority of future demand is reportedly leaning toward Intel's 14A process rather than 18A-P.
That distinction matters because 14A represents a newer generation of Intel's manufacturing roadmap and introduces further changes to transistor and power delivery technology.
Apple Deal Could Be Worth Up to $20 Billion
One of the largest claims involves Apple.
The report suggests Intel has secured a multigeneration agreement involving both A series and M series chips produced on Intel 14A.
Previous speculation had more frequently linked Apple with Intel's 18A-P process, making the new claim a notable shift.
Analysts estimate Apple's potential requirements could reach around 600,000 wafers on 14A.
If those projections are accurate, Intel could generate between $15 billion and $20 billion from the business.
Neither Apple nor Intel has confirmed such an agreement, so the wafer and revenue figures should be treated as analyst estimates rather than finalized production commitments.
Intel 14A Uses PowerDirect and RibbonFET 2
Intel's 14A process is described as a 1.4nm class manufacturing technology.
One of its major features is PowerDirect, Intel's next generation backside power delivery system.
The approach moves power related wiring to the back of the silicon, leaving more front side routing space available for data connections. This can reduce electrical resistance while improving transistor density.
14A also uses RibbonFET 2, Intel's second generation Gate All Around transistor architecture.
Gate All Around designs provide tighter electrical control around increasingly small transistor channels, helping improve drive current while limiting power leakage.
These technologies are central to Intel's effort to make its foundry operation more competitive with established semiconductor manufacturers.
Anthropic ASIC Business Could Be Much Larger
Anthropic is reportedly evaluating Intel for a custom AI ASIC.
The analyst estimate suggests the project could involve between 5 million and 10 million chips.
Once advanced packaging is included, the potential revenue opportunity is estimated at between $40 billion and $80 billion.
Those figures represent possible long term business rather than confirmed revenue.
Anthropic has not been identified as having finalized a manufacturing agreement in the supplied information.
Intel's Packaging Business Could Become Equally Important
Intel's opportunity extends beyond manufacturing the silicon itself.
Its EMIB packaging technology is also reportedly attracting substantial interest.
EMIB allows multiple chiplets to communicate through small silicon bridges embedded inside the package substrate rather than requiring a large silicon interposer.
The newer EMIB-T version adds Through Silicon Vias to those bridges, allowing signals and power to travel vertically through the package and supporting more advanced 3D configurations.
Analysts estimate Intel could generate between $12 billion and $15 billion from EMIB-T packaging for approximately 5 million to 6 million units of Google's upcoming Humufish TPUv9 and a similar number of Icefish TPUv10 accelerators.
Intel could reportedly earn another $2 billion to $3 billion by packaging roughly one million Qualcomm AI300 ASICs.
EMIB-M is also expected to gain business from Amazon Trainium 3 and Microsoft's Cobalt 400.
Packaging Yields Remain a Potential Bottleneck
Intel's advanced packaging plans still face manufacturing challenges.
The report claims EMIB-T substrate yields are currently around 50% to 60% at supplier Ibiden and only 20% to 30% at UMTC.
Those relatively low yields could restrict Google's Humufish production ramp to approximately 5 million to 6 million units.
The substrate itself involves several suppliers and manufacturing stages, including organic panels, dielectric layers and embedded silicon bridges containing Through Silicon Vias.
Yield improvements will therefore be important if Intel is expected to support substantially larger volumes.
Foveros Could Bring More NVIDIA Business
Intel's Foveros packaging technology is also expected to gain traction.
NVIDIA has previously been linked with possible adoption of Foveros in 2028.
Unlike EMIB, Foveros enables active silicon dies to be stacked vertically using face to face or face to back configurations.
The short vertical connections can provide high interconnect density and low latency, particularly when combined with copper to copper hybrid bonding.
If the reported customer wins materialize, Intel's foundry recovery would depend not only on 14A wafer production but also on advanced packaging technologies such as EMIB-T, EMIB-M and Foveros.
For now, the scale of the opportunity remains based largely on analyst checks and estimates. The reported agreements with Apple, AMD, NVIDIA, Google, Microsoft and Broadcom would represent a major shift for Intel Foundry, but confirmation from the companies involved will be needed before the projected wafer volumes and multibillion dollar revenue opportunities can be treated as firm commitments.
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