The United States was pressing Japan and the Netherlands in June 2024 to tighten restrictions on semiconductor-manufacturing equipment sold to China. The move was a diplomatic campaign to close gaps in an existing U.S.-Japan-Netherlands control framework—not a newly enacted blanket ban.
What the June 2024 move actually was
According to a Reuters report published June 20, 2024, U.S. export-control chief Alan Estevez traveled to the Netherlands and Japan to seek stronger implementation of the countries’ 2023 coordination on advanced chipmaking equipment. Washington was reportedly asking allies to add equipment categories, limit workarounds and align licensing decisions more closely.
No completed new trilateral agreement, final machine list or automatic prohibition on all Japanese and Dutch equipment sales to China had been announced in that report. The distinction matters: a diplomatic request can lead to later regulations, but it is not itself an export-control rule.
The reported pressure focused on the machinery used to manufacture advanced chips, not merely on imports of finished processors such as artificial-intelligence accelerators. The United States’ stated national-security rationale is to restrict China’s ability to obtain advanced computing capability and produce sophisticated chips associated with military modernization and high-performance computing. The scope does not cover every Chinese semiconductor, fab or equipment category.
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Reuters report via Investing.com
Why Japan and the Netherlands are critical
The Netherlands and ASML lithography
The Netherlands is home to ASML, the key commercial supplier of extreme ultraviolet (EUV) lithography systems. EUV is used for the most demanding leading-edge patterning steps. ASML is the sole commercial supplier of EUV systems, making Dutch licensing decisions a major chokepoint even though a chip fab also needs many other tools.
Dutch controls introduced in 2023 also required licenses for certain advanced deep-ultraviolet (DUV) systems. DUV is less advanced than EUV, but sophisticated multiple-patterning techniques can use it for important layers in advanced chips. The affected models and licensing requirements have changed over time, so historical references should be tied to their effective dates rather than treated as permanent specifications.
Japan’s equipment and materials suppliers
Japanese companies supply lithography-related systems, etch and deposition equipment, inspection and metrology tools, materials and other production technology. Japan added controls covering 23 categories of semiconductor-manufacturing equipment in July 2023. Those rules were framed as general export controls rather than a China-only embargo.
Together with U.S. suppliers, Dutch and Japanese firms occupy critical points across the fabrication process. A restriction is therefore more effective when the three jurisdictions cover comparable tools and prevent companies from shifting a transaction from one licensing system to another.
U.S.-China Economic and Security Review Commission report
What technology is being restricted
Chip production is a chain of tightly integrated processes. Lithography prints patterns; deposition adds thin films; etching removes selected material; inspection and metrology measure defects and dimensions; materials and software support each step. A fab may be unable to reach a target process node if one critical class of tool is unavailable, even when other equipment can be purchased.
- EUV lithography: The leading-edge patterning technology and a major external chokepoint.
- DUV lithography: Still useful for advanced and mature chips, including processes that use repeated patterning.
- Deposition and etching: Tools that build and sculpt transistor and interconnect layers.
- Inspection and metrology: Systems that detect defects and verify whether dimensions meet process specifications.
- Materials and support technology: Inputs, process-control software, spare parts and technical services that affect usable production capacity.
The original U.S. rules issued in 2022 used illustrative advanced-fabrication thresholds including logic chips at 16/14 nanometers or below, DRAM at 18 nanometers or below and NAND flash with 128 layers or more. Those figures provide historical context, not a complete description of every later rule or amendment.
Annual report data summarized by the U.S.-China Economic and Security Review Commission
How the control regime developed
| Date | Development |
|---|---|
| October 7, 2022 | The United States imposed broad controls on advanced computing chips, semiconductor-manufacturing equipment and certain support activities involving China. |
| January 2023 | The United States, Japan and the Netherlands reached a political understanding to coordinate restrictions; a full public treaty text was not released. |
| July 2023 | Japan added controls covering 23 categories of semiconductor-manufacturing equipment. |
| September 2023 | Dutch export controls on certain advanced semiconductor equipment took effect. |
| October 17, 2023 | The U.S. Bureau of Industry and Security (BIS) updated controls covering advanced computing, supercomputing and semiconductor-manufacturing equipment. |
| June 2024 | Estevez’s reported visits sought further restrictions and tighter implementation by Japan and the Netherlands. |
BIS October 17, 2023 announcement and BIS clarification of the rules
What Washington reportedly wanted tightened
The June reporting described objectives rather than a finalized package. The requests reportedly included:
- Adding more semiconductor-manufacturing equipment to controlled categories.
- Closing channels involving foreign subsidiaries, third-country intermediaries or equipment containing controlled U.S. technology.
- Applying more consistent licensing standards across the three countries.
- Limiting the ability of Chinese fabs to upgrade production through imported tools, servicing or related support.
A license requirement is not the same as an automatic denial. Depending on the rule, an application may face case-by-case review, a presumption of denial or an outright prohibition. U.S. foreign-direct-product rules can also extend U.S. jurisdiction to some foreign-made products, but their application depends on the precise technology, end user and legal provision. Japanese and Dutch controls need not use identical tests.
Why allied governments may hesitate
China is a major market for semiconductor equipment. Additional restrictions can mean lost equipment sales, service revenue and future customer relationships for Japanese, Dutch and U.S. companies. Governments must also consider the commercial effects on domestic manufacturers and the possibility that unilateral measures push business toward suppliers outside the coalition.
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Japan and the Netherlands therefore have to balance alliance and national-security goals against industrial policy, employment and the risk of Chinese retaliation. They may seek narrower definitions, exemptions, transition periods or reciprocal commitments rather than accept every U.S. request.
How China could work around tighter controls
Controls can make advanced production harder without making it impossible. Potential Chinese responses include:
- Buying and stockpiling equipment, spare parts and consumables before new rules take effect.
- Accelerating domestic development of lithography, etch, deposition, inspection and metrology tools.
- Using older equipment less efficiently or combining additional process steps to approximate newer capabilities.
- Routing purchases or servicing through third countries and multinational subsidiaries.
- Expanding state support for domestic fabs and equipment makers.
- Responding with licensing, procurement, cybersecurity or raw-material measures against foreign companies.
These are possible strategies, not confirmed retaliation to the June 2024 lobbying effort.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How effective could the policy be?
Likely near-term effects
- Delays installing or upgrading advanced production lines.
- Higher costs and longer lead times for Chinese fabs.
- Less access to the most capable foreign tools and technical support.
- Greater difficulty producing advanced artificial-intelligence and high-performance-computing chips at scale.
Structural limits
- Export controls do not remove machines already installed in China.
- Stockpiling can cushion a rule’s initial effect.
- Older-generation tools can support substantial mature-node output.
- Domestic substitutes may improve under pressure and state funding.
- Third-country shipments, software and servicing can create enforcement gaps.
- Equipment controls do not by themselves prevent Chinese firms from obtaining computing capacity through overseas production or cloud services.
The U.S.-China Economic and Security Review Commission reported that Chinese companies increased equipment purchases ahead of restrictions and noted that the controls were not designed to halt China’s entire semiconductor industry, particularly mature-node production.
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Leading-edge versus mature-node consequences
The most direct pressure falls on leading-edge logic, memory and advanced computing supply chains, where a missing lithography or process-control capability can delay an entire production ramp. A delay can matter commercially even if China eventually develops a workaround, because competitors may gain time to increase their own capacity.
Mature-node chips remain a different case. They are widely used in automobiles, industrial equipment, appliances and telecommunications. Restricting advanced tools does not eliminate China’s ability to expand production of these chips, nor does it remove the country from global semiconductor supply chains.
What the move means for the global industry
Potential gains for the United States and allies
- More time to build domestic and allied semiconductor capacity.
- Greater protection for technologies viewed as relevant to military and advanced-computing capabilities.
- More predictable coordination among leading equipment-producing countries.
Potential costs
- Lost revenue and service opportunities for equipment manufacturers.
- Higher production costs and uncertainty for fab projects and supply contracts.
- More fragmented technology and supply chains.
- Stronger incentives for China and other countries to build parallel ecosystems.
How to judge whether a later agreement is meaningful
- Breadth: Check whether restrictions cover additional equipment categories or only a narrow set of machines.
- Geographic reach: Look for provisions addressing third-country transshipment and foreign subsidiaries.
- Enforcement: Examine whether licensing decisions, inspections and penalties are coordinated and credible.
- Servicing: Determine whether maintenance, software updates and spare parts remain available.
- Chinese alternatives: Track whether domestic toolmakers can match imported systems in performance and reliability.
- Commercial durability: Assess whether Japan and the Netherlands maintain controls despite lost sales and possible retaliation.
- Scope: Identify whether the rules target leading-edge chips, military end uses, AI infrastructure or broader semiconductor production.
Bottom line
The June 2024 development was a U.S. diplomatic push for Japan and the Netherlands to tighten an existing equipment-control regime. It could delay China’s access to leading-edge manufacturing capability, raise the cost of catching up and create bottlenecks for advanced AI-chip production. It was not a completed new ban, and it did not stop China’s broader semiconductor ambitions. The long-term result depends on allied unity, enforcement, servicing controls and the speed at which Chinese companies develop substitutes.
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