The CHIPS Act put factory suppliers inside industrial policy

Federal semiconductor funding changed the prospects of factory customers. Young suppliers still had to turn that prospective demand into qualified products and paid orders.

An aerial view of the TSMC Fab 21 construction site in the Arizona desert, with cranes around large industrial buildings.
TSMC Fab 21 under construction, Phoenix, Arizona, November 2023.Hunter Trick (TrickHunter) (opens in a new tab) · CC BY-SA 4.0 (opens in a new tab)

A semiconductor factory buys more than production machines. It needs contamination monitoring, materials handling, process control, inspection, maintenance and skilled people before it can deliver reliable chips. When the CHIPS and Science Act became law on 9 August 2022, the commercial implications therefore extended beyond the companies expected to build fabrication plants. A change in the financing of a large customer could reshape the market for much smaller suppliers.

That prospect was easy to overstate. Enactment was not a grant award, a completed factory or a purchase order for a startup. The law established funding and incentives that could support future investment. Suppliers needed to understand which part of a customer's expansion would actually use their technology, when procurement would occur and what evidence would be required before installation. The distance between policy commitment and repeat revenue remained substantial.

The funding had more than one destination

The legislation appropriated $50 billion to the Commerce Department's CHIPS for America Fund across fiscal years 2022 through 2026. Of that, $39 billion supported semiconductor incentives and $11 billion supported research and development activities. Separate appropriations supported defense, international supply chain work and workforce development. The frequently cited $52.7 billion semiconductor package therefore covered several purposes; it was not one pool of factory construction contracts available immediately.

Two uses of Commerce's CHIPS funding
Period or categoryUS$ billion
Manufacturing incentives
39
Research and development
11

Appropriations to the Commerce CHIPS for America Fund for fiscal years 2022–2026. These are funding allocations, not awards or spending. Separate agency funds and the investment tax credit are excluded.

Source1

The act also created a 25 percent advanced manufacturing investment credit for qualifying investment in facilities whose primary purpose was making semiconductors or semiconductor manufacturing equipment. That provision mattered to an equipment producer considering its own manufacturing capacity as well as to a chipmaker. It did not make every software vendor or supplier selling into the sector eligible for a credit. The taxpayer, facility and qualifying property remained decisive.

A factory announcement was the beginning of a sales process

A supplier of inspection equipment could reasonably see a larger possible market in planned domestic capacity. Revenue in the near term still depended on an engineering decision. Would the machine detect defects at the required speed? Could it fit an established process without reducing yield? Would the customer qualify a new supplier before the deadline for choosing production equipment? Public support for the building did not answer those questions.

President Joe Biden speaks with suited visitors and a worker wearing a white hard hat during his visit to the TSMC plant in Phoenix.
President Joe Biden touring TSMC's Phoenix plant, Arizona, 6 December 2022.Adam Schultz / The White House (opens in a new tab) · Public domain (opens in a new tab)
Commerce's CHIPS funding was concentrated in the first year
Period or categoryUS$ billion · enacted budget authority
FY2022
24
FY2023
7
FY2024
6.3
FY2025
6.1
FY2026
6.6

Annual appropriations for Commerce's $50 billion CHIPS for America Fund, enacted under Public Law 117-167, section 102(a)(2)(A). Each remains available until expended. The schedule shows budget authority rather than annual awards, payments or completed factories. It excludes separate agency funds and the investment tax credit.

Source1

This created two different planning horizons. The customer might invest over several years, while the startup had to fund engineering, demonstration units and service staff before a production order arrived. A credible sales forecast separated discussions about a future site from paid evaluation work and approved equipment purchases. Otherwise, a broad industrial expansion could encourage hiring faster than the company's own contracts could finance it.

Research infrastructure could change the cost of getting qualified

The research provisions addressed a different bottleneck. The act supported the National Semiconductor Technology Center and the National Advanced Packaging Manufacturing Program, including authority for relevant financial assistance and construction. The White House fact sheet also described presidential science advisers' recommendations to reduce startup entry barriers and develop a chiplet platform. Those recommendations expressed an intended direction; they did not establish an operating service that a founder could already book.

Two technicians in protective clothing work beside semiconductor processing equipment in a cleanroom under yellow lighting.
Silicon carbide cleanroom and surface analysis facilities, NASA Lewis Research Center (now Glenn).NASA Glenn Research Center (opens in a new tab) · NASA media usage guidelines (opens in a new tab)

Shared prototyping and packaging capability could matter particularly to a company that had a promising device but could not afford its own complete fabrication route. Investors still needed to establish the eventual access terms, available processes, intellectual property arrangements and schedule. A research collaboration could resolve technical uncertainty without producing a manufacturable product. Moving from a demonstration to a customer's approved supply chain would remain a separate commercial milestone.

Domestic capacity still depended on local execution

The White House announcement included a permitting working group for high technology manufacturing. The legislation also addressed workforce preparation and required recipients to demonstrate relevant commitments. These provisions made visible the dependence of a fabrication plant on construction, utilities and people. The availability of federal money could improve a project's financing while other constraints continued to govern its completion date.

For an industrial software or automation startup, that distinction suggested a precise customer problem: reducing commissioning delays, tracing defects or helping a scarce engineering team manage more equipment. The value proposition had to be measurable in the plant's operations. An application described only as supporting semiconductor resilience would struggle to compete for the attention of a manager responsible for getting a production line accepted and running.

Aerial view of container stacks, loading cranes and shipping channels at Maasvlakte in the Port of Rotterdam.
Container storage at Maasvlakte, Port of Rotterdam.Michielverbeek (opens in a new tab) · CC BY-SA 3.0 (opens in a new tab)

Public support carried strategic conditions

The act required recipients of semiconductor financial assistance to enter agreements restricting specified material expansions of manufacturing capacity in China or other foreign countries of concern for ten years, with statutory exceptions involving legacy semiconductors. The detailed implementation would follow. Even at enactment, the principle was clear: support was tied to a particular industrial strategy, so an expansion decision could have consequences for a recipient's wider footprint.

A venture case built around CHIPS therefore needed a view of both customer concentration and policy dependence. A supplier serving several independently financed programs was in a different position from one relying on a single proposed subsidized factory. The strongest evidence was progress through evaluation, qualification and purchasing, together with enough capital to support that sequence. The legislation could help create the conditions for demand; the supplier still had to earn its place in production.

Investment implications

  • Manufacturing incentives and research funding offered different routes to a first customer.
  • Qualification and production readiness still determined when a factory could buy from a young supplier.

Sources

  1. Public Law 117-167, Division A: CHIPS Act of 2022 (opens in a new tab)

    US Government Publishing Office

  2. FACT SHEET: CHIPS and Science Act Will Lower Costs, Create Jobs, Strengthen Supply Chains, and Counter China (opens in a new tab)

    The White House

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