Intel Secures Google Order for Over 3 Million TPU Chips

2026-06-09

In early June 2026, Alphabet, Google's parent company, placed a foundry order with Intel for over 3 million tensor processing unit (TPU) chips, with delivery scheduled before 2028. This represents the largest AI chip volume production contract Intel Foundry Services (IFS) has secured to date, and marks Intel's first production agreement with a mainstream cloud provider for its self-developed AI accelerators.

Intel Secures Google Order for Over 3 Million TPU Chips

Strategic Significance

Google is expected to produce more than 6 million TPUs between 2027 and 2028, with Intel's foundry portion accounting for approximately half of the total output in 2028. This signifies that Intel's 18A process node and advanced packaging technologies have received substantive validation from a top-tier customer.

TSMC CEO C.C. Wei recently acknowledged that global chip supply will be unable to keep pace with AI demand growth in the coming years. Against this backdrop, AI chip design companies including Google and NVIDIA are quietly positioning Intel as a backup manufacturer for their most advanced processors. NVIDIA has been evaluating Intel's 18A process and EMIB advanced packaging technology for several months, considering their use for the I/O chip manufacturing of its Feynman GPU, slated for release in 2028.

Technical Capabilities and Capacity Constraints

Intel's ability to secure the Google order rests fundamentally on the mass production readiness of its 18A process and its Foveros/EMIB advanced packaging platforms. The 18A node employs gate-all-around (GAA) transistors and backside power delivery (PowerVia) technology, giving it competitive strength against TSMC's N2 in terms of power consumption and density. Intel's facilities in Arizona and Oregon offer integrated capabilities spanning from wafer fabrication to advanced packaging, with an advanced packaging order backlog already reaching billions of dollars.

Nevertheless, capacity remains a limiting factor. Intel's advanced packaging production lines are not yet prepared to take on large-scale external customer orders at scale. The construction progress of CoWoS-L equivalent capacity will directly determine the actual deliverable volume of this order. Should packaging capacity fail to expand in tandem, the overall order value will be significantly diminished even if the wafer fabrication process proceeds smoothly.

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