# REPORT: The chip war escalates between Washington and Beijing in three moves

> There was no dramatic announcement, no televised crisis summit. The chip war between Washington and Beijing advances in stages, through legislative texts, through administrative lists published on an ordinary Tuesday.

- Author: Maxime Marquette
- Publisher: MadMax (https://mad-max.co)
- Section: Reportage
- Published: 2026-07-20
- Canonical URL: https://mad-max.co/en/article/report-the-chip-war-escalates-between-washington-and-beijing-in-three-moves

## Introduction

There was no dramatic announcement, no televised crisis summit. The **chip war** between **Washington** and Beijing advances in stages, through legislative texts, through administrative lists published on an ordinary Tuesday. But these stages, placed side by side, sketch a methodical escalation whose full scope remains hard to measure. According to **Reuters**, the United States proposed, on **April 3, 2026**, the **MATCH Act**, a bill aimed at restricting the export of chip-making equipment to **China**. This legislative move was not isolated: it fit within a trajectory of growing technological restrictions already under way for several years.

The Chinese response did not take long, but it took a different form than **open confrontation**. According to **Modern Diplomacy**, **China** retaliated by adding, on **June 22, 2026**, ten **American companies** to its **export control list**. This is not a missile, not a naval maneuver: it is an administrative line, yet it produces very real effects on global **semiconductor** supply chains, a component that has become indispensable to every modern weapon, from fighter jets to kamikaze drones.

This report methodically breaks down these successive stakes in three distinct stages: the American proposal, the **Chinese** countermeasure, and the broader strategic context — notably budgetary — in which these reciprocal measures unfold. *A trade war without a single shot fired can, over time, redraw the military balance of an entire region; that is precisely what is quietly at stake in this technological confrontation.*

## First move: the MATCH Act, an American legislative offensive

### What this bill concretely proposes

The **MATCH Act**, proposed according to **Reuters** on April 3, 2026, aims to restrict the export of **chip-making equipment** to **China**. This kind of legislation specifically targets production machinery — advanced lithography, precision etching — rather than the chips themselves, a strategy designed to slow China's ability to locally produce advanced **semiconductors**, rather than simply limiting its imports of finished components.

This approach, now well established in **American** technology-restriction doctrine, rests on a simple strategic observation: controlling the **machines that make the chips** is often more effective in the long run than controlling the chips themselves, whose informal circulation remains difficult to fully stop in complex international markets.

### A continuation rather than a doctrinal break

The **MATCH Act** does not represent a break with previous **American** policy, but rather a **reinforced continuation** of an approach already under way for several years. *Washington is not improvising this chip war; it is refining it, bill after bill, the way one patiently tightens a vise rather than seeking a single decisive blow.* This legislative continuity reflects a lasting strategic conviction within the American political establishment, widely shared across the usual partisan divides.

This bipartisan convergence on the need to restrict Chinese access to advanced **semiconductor** technology is itself an indicator of how seriously the American political establishment perceives this **technological competition**, regardless of changes in government.

## Second move: the Chinese countermeasure of June 22

### Ten American companies on the blacklist

According to **Modern Diplomacy**, **China** responded on **June 22, 2026** by adding **ten** American companies to its **export control list**. This countermeasure illustrates China's ability to respond symmetrically to American restrictions, using the same legal and administrative tools employed by Washington, rather than seeking direct military or diplomatic **escalation**.

This choice of **symmetrical, technocratic** retaliation reflects a long-standing **Chinese** strategy: answering Western restrictions with equivalent measures rather than disproportionate escalation, an approach that lets **Beijing** demonstrate its retaliatory capacity without crossing a threshold likely to trigger a military response or a major diplomatic crisis.

### What this Chinese list is really aimed at

Adding these ten companies to the Chinese list should not be read as a purely symbolic gesture. *A company placed on an export **control list** loses, overnight, access to markets and suppliers it sometimes took years to build; it is not a press release, it is a sanction with immediate **operational consequences**.* These measures, though less covered by the media than major American legislative announcements, produce direct and measurable economic effects on the companies concerned.

This Chinese countermeasure also fits within a logic of **reciprocal deterrence**: by demonstrating its ability to target specific American companies, Beijing sends a clear signal to Washington about the **potential costs** of a continued escalation of mutual **technological restrictions**.

## The Chinese budgetary context in the background

### A defense budget that slows but stays massive

This **technological war** does not unfold in a budgetary vacuum. According to Reuters, China's **2026 defense budget** stands at roughly **$282 billion**, with growth of 6.9% described as the weakest since 2021. This relative slowdown in the overall military budget coincides with a **declared technological priority** that explicitly includes modernizing weapons and defense technologies.

This timing coincidence between the overall budget slowdown and the intensifying chip war suggests Beijing may be **redirecting available resources** toward developing domestic technological capacity, rather than maintaining uniform growth across its entire defense apparatus.

### Naval modernization as an indicator of continuity

Despite this overall budget slowdown and growing **technological tensions**, **Chinese naval modernization** continues, as illustrated by the commissioning of two Type 055-class destroyers, documented by **IDSA**. This naval continuity, coexisting with the chip war, suggests Beijing is managing, for now, to sustain certain priority modernization programs despite the growing technological restrictions imposed by Washington. *A budget that slows down on paper can still put destroyers to sea; the headline figure sometimes hides more than it reveals about real priorities.*

## The hidden industrial stakes behind these measures

### China's dependence on Western equipment

The American choice to specifically target **manufacturing equipment**, rather than finished chips, reveals a precise understanding of the **structural vulnerabilities** of China's semiconductor industry. According to analyses cited by **Modern Diplomacy**, China still relies heavily on Western and Japanese machines for certain critical stages of **advanced chip** production, a dependence Washington is precisely seeking to exploit through these targeted restrictions.

This **structural dependence** explains why the title of Modern Diplomacy's analysis describes China as **"starved of silicon**" before having developed its own production capacity, a phrasing that illustrates how seriously specialized sector observers perceive this vulnerability.

### China's long-term industrial counteroffensive

Facing this documented dependence, China has for several years been investing in developing its own **domestic production capacity** for semiconductors, a long-term industrial effort aimed at gradually reducing its **vulnerability** to Western restrictions. *You do not build a sovereign semiconductor industry in a few months; it is a decade-long bet, financed at the cost of budgetary sacrifices that official figures never fully detail.*

This race toward **technological self-sufficiency**, though documented by several specialized analyses, remains, according to **available sources**, a project still in progress whose outcome remains uncertain in the medium term, for lack of indicators precisely measuring the current degree of technological autonomy actually achieved by Chinese industry.

## The implications for the broader Indo-Pacific

### A competitive ground that extends beyond trade

This chip war fits within a **broader context** of **strategic competition** in the Indo-Pacific, according to Modern Diplomacy. It is not limited to a simple trade dispute: it directly shapes each side's future ability to produce the weapons systems of the **next decade**, from drones to missile-defense systems, all now heavily dependent on advanced semiconductors.

This indirect military dimension of the chip war explains why it deserves to be followed with the same attention as classic military exercises, such as **Balikatan 2026**, documented by **Asialink**, which mobilizes **seventeen thousand troops** from seven nations in the Philippines. Both files, seemingly distinct, are part of the same global strategic competition between regional and Western powers. *An aircraft carrier and a nanometer-scale etching plant look nothing alike, but they obey the same logic: whoever controls the tool eventually controls the balance of power.*

### The weight of Western technological alliances

American restrictions only work effectively if backed by **coordinated technological alliances**, notably with the **Netherlands** and Japan, two countries that dominate certain critical steps in semiconductor-equipment manufacturing. This international coordination, though not detailed exhaustively in the sources consulted for this report, is a determining factor in the **real effectiveness** of the restrictions imposed on China.

Without this **international coordination**, unilateral American restrictions would lose much of their effectiveness, since China could potentially turn to other international suppliers not subject to the same restrictions as the American companies directly targeted by the MATCH Act.

## What this chip war costs both sides

### American companies caught in the crossfire

**American companies** targeted by the Chinese export control list bear a direct and immediate economic cost, losing access to Chinese markets and partners sometimes built over many years. This economic cost, rarely highlighted in political rhetoric that presents these restrictions as purely strategic, is a **commercial reality** these companies must concretely manage.

This tension between **national strategic interest** and **private commercial interest** runs through the entire American debate over technological restrictions on China, with some companies advocating a more measured approach to preserve their access to the **Chinese market**, while others support a harder line aligned with national security priorities.

### The cost to China's semiconductor industry

On the Chinese side, **persistent dependence** on Western equipment for manufacturing advanced chips imposes a real cost on the local industry, potentially slowing the development of certain of the most advanced production capabilities, despite the **massive investments** devoted to technological self-sufficiency. *Every Western restriction that closes a door forces Chinese industry to build a new one, more slowly and at greater cost than it would have with free access to existing technologies.*

This cost, difficult to precisely quantify with the **sources available** for this report, nonetheless constitutes a structural factor weighing on China's technological development trajectory, regardless of the partial successes documented in certain specific segments of the semiconductor industry.

## The historical precedents of this confrontation

### An escalation that goes back several years

The 2026 chip war did not appear out of nowhere: it fits within a **trajectory of technological escalation** begun several years earlier, marked by progressively broadened American restrictions and increasingly sophisticated Chinese countermeasures. This historical continuity helps explain why the 2026 MATCH Act is not a break, but the **latest stage** of an already well-established escalation cycle.

Understanding this historical continuity is essential to avoid an overly dramatic reading of each new measure: the MATCH Act and the June 22 Chinese countermeasure constitute **additional stages** in an already familiar trajectory, rather than **unexpected ruptures** in Sino-American relations.

### What nonetheless sets the 2026 episode apart

What does set this particular 2026 episode apart, however, is the **targeted precision** of the measures on both sides: the MATCH Act specifically targets manufacturing equipment, while the Chinese list targets ten specifically named American companies. This bilateral precision reflects the growing **sophistication** of the economic-warfare tools used by both powers, far from the broad, poorly targeted sanctions of this confrontation's early years. *A **targeted sanction** against ten specific companies makes less noise than a general embargo, but it strikes with a surgical precision that old-style sanctions never achieved.*

This growing sophistication suggests both sides have now developed substantial administrative and legal expertise in conducting this technological war, which could eventually make this confrontation more durable and harder to de-escalate than a simple one-off diplomatic crisis.

## The voices calling for technological de-escalation

### The risk of lasting global technological fragmentation

Several analysts cited by Modern Diplomacy warn of the risk of lasting **global technological fragmentation**, where two distinct semiconductor ecosystems, one Western and one Chinese, would develop in parallel, with potentially costly consequences for the global economy as a whole. *A technological world split into two incompatible blocs would cost everyone dearly, including those who today believe they stand to gain a decisive strategic advantage from it.*

This risk of **fragmentation**, though documented by several sector analyses, does not appear, at this stage, to have significantly altered the escalation trajectory observed between Washington and Beijing in 2026, with each side continuing to prioritize its national strategic priorities over concerns about overall economic efficiency.

### The absence of a structured technological dialogue mechanism

What this confrontation lacks most sorely, according to several available analyses, is a **structured technological dialogue mechanism** between Washington and Beijing, comparable to the classic diplomatic channels used to manage other kinds of bilateral tensions. This absence of a dedicated institutional framework complicates the handling of each new escalation episode, with each one treated largely ad hoc rather than within a framework of **continuous negotiation**.

This institutional gap partly explains why the chip war keeps intensifying through successive stages, with no structured mechanism able to anticipate or defuse the next steps of this **reciprocal escalation**.

## The repercussions for regional allies

### Countries caught between two technological giants

Indo-Pacific countries, particularly those involved in security partnerships with Washington such as the **Philippines** or **Japan**, find themselves indirectly affected by this chip war, insofar as their own technology industries often depend on supply chains crossing both the American and Chinese ecosystems. This interdependence complicates the position of these countries, which must navigate between their Western **security partnerships** and their often substantial economic ties with China.

This delicate position illustrates a broader reality of Sino-American competition in the Indo-Pacific: **security alliances** and **economic interdependencies** do not always align perfectly, forcing each country in the region to calibrate its own position according to its specific national priorities. *Choosing between your military ally and your trading partner is never a comfortable choice; yet it is the one several regional capitals must now quietly make, file after file.*

### Japan, a key player in the global supply chain

**Japan**, already mentioned for its unprecedented military deployment during the **Balikatan 2026** exercise, also plays a key technological role in this chip war, as a major producer of certain equipment and materials essential to manufacturing advanced semiconductors. This dual Japanese involvement — military and technological — illustrates the country's growing centrality within the broader Western strategy of containing Chinese influence in the Indo-Pacific.

This Japanese centrality, both military and technological, could, according to several regional analyses, further strengthen **Tokyo's** strategic position in future negotiations between Washington and its Asian partners over coordinating technological restrictions on Beijing.

## What the coming months could reveal

### An escalation expected to continue in stages

Based on trends documented so far — the American legislative proposal, the Chinese administrative countermeasure, the military budget context in the background — it seems likely that this chip war will keep intensifying through **successive stages** rather than through a sudden, brutal escalation. None of the sources consulted suggests a scenario of rapid **de-escalation** between the two technological powers.

This **projection** remains, by nature, uncertain, like any extrapolation of complex technological and geopolitical trends. *The chip war has no fixed calendar; it advances at the pace of **legislative texts**, administrative lists, and industrial investments — a slow pace that, accumulated over several years, is profoundly redrawing the global strategic balance.*

### Indicators to watch in the coming months

To follow the evolution of this confrontation, several **concrete indicators** deserve **particular attention**: whether the **US Congress** actually adopts the MATCH Act, the scope of future Chinese export control lists, and indicators of real progress by Chinese industry toward self-sufficiency in advanced semiconductors. These indicators will allow, beyond mere political announcements, a measure of the **real evolution** of the technological balance of power between the two powers.

It is by cross-referencing these various **indicators**, rather than relying on a single figure or announcement, that one will truly be able to assess whether this chip war is heading toward lasting **fragmentation** or an eventual **negotiated stabilization** in the years following 2026.

## The legal dimension of this technological confrontation

### An American legislative framework taking shape

The **MATCH Act** is not a simple executive order: it is a legislative proposal that must follow the usual **American parliamentary process**, with the delays and uncertainties that entails. This legislative, rather than executive, dimension gives this measure a potentially more lasting **institutional solidity** than a simple **presidential decree**, which a subsequent administration could reverse.

This sought-after **institutional solidity** reflects an American desire to entrench its technology-restriction policy toward China beyond **electoral cycles**, anchoring it in **federal law** rather than in a simple, revocable administrative decision.

### The Chinese legal response, more discreet but just as structured

On the Chinese side, the **export control list** operates under a different administrative framework, managed directly by **executive authorities** without going through an equivalent legislative process. *Two political systems, two speeds of reaction: where Washington must convince a Congress, Beijing can act within weeks — an asymmetry that matters as much as the measures themselves.*

This **institutional asymmetry** between the two political systems partly explains why the Chinese countermeasure of June 22 came faster than the full adoption of the American MATCH Act, which, as of the sources consulted, remained at the legislative proposal stage rather than enacted law.

## Technology companies caught between two sovereignties

### The multinationals' dilemma

Major global technology companies, particularly those specializing in **chip-making equipment**, now find themselves forced to navigate between two incompatible regulatory frameworks, one imposed by Washington and one imposed by Beijing. This situation creates a major **commercial dilemma** for these companies, which must choose between complying with American restrictions and preserving their business relationships with the Chinese market.

This dilemma is not purely theoretical: it translates concretely into potential **market losses** for companies that choose to strictly comply with American restrictions, and into **legal risks** for those that might try to circumvent these same restrictions to preserve their access to the Chinese market.

### A pressure reshaping global industrial strategies

This dual regulatory pressure is now pushing many companies to entirely reconsider their **sourcing** and production strategies, seeking to **diversify** their **supply chains** to reduce their exposure to the regulatory risks tied to this bilateral technological confrontation. *When two giants impose incompatible rules, it is the companies caught in between who pay the price of that incompatibility, far more than the governments issuing those rules.*

This reshaping of global semiconductor **supply chains**, still under way at the time of writing this report, could durably redraw the geography of this strategic industry well beyond the direct confrontation between Washington and Beijing alone.

## What this war reveals about the nature of power in the 21st century

### Silicon as a new strategic resource

This confrontation illustrates a broader transformation in the nature of contemporary **strategic power**: control of classic **natural resources**, long central to rivalries between great powers, is gradually giving way to control of the most advanced **technological production chains**, of which **silicon** has now become one of the most contested materials.

This transformation does not mean classic natural resources have lost all strategic importance, but that they must now coexist with **new forms** of **technological dependence** equally decisive for the balance of power among great nations.

### A competition redefining traditional alliances

This new form of technological competition is also redefining **traditional alliances**: countries like Japan or the Netherlands, historically valued for their industrial capabilities in semiconductor equipment, are now acquiring strategic importance comparable to that of classic military powers in American and Chinese **geopolitical calculations**. *Twenty-first-century power is no longer measured only in armored divisions; it is also measured in the ability to etch a circuit at the **nanometer** scale, a skill only a handful of factories in the world truly master.*

This redefinition of strategic alliances around **technological mastery** rather than classic military power alone may be this chip war's most lasting legacy, regardless of its ultimate outcome between Washington and Beijing.

## Conclusion

Three moves, three administrative acts, a single trajectory: that is what this report has sought to methodically document. The American **MATCH Act**, proposed April 3, 2026 according to Reuters, the **Chinese countermeasure** of June 22 adding ten American companies to a control list according to Modern Diplomacy, and the Chinese military **budget context** that continues to prioritize technological modernization despite an overall slowdown — these three elements, taken together, sketch a chip war that keeps intensifying without ever crossing the threshold of open confrontation.

None of the **sources consulted** allow for stating whether this trajectory of technological escalation will stabilize or continue intensifying in the years following 2026. What can be stated with certainty is that this chip war, far from being a secondary trade matter, now directly shapes **global strategic competition** in the Indo-Pacific, on the same footing as classic military exercises and defense budgets. *For a long time it was believed the wars of the future would be fought only on classic front lines; this one, silent and administrative, is also being fought in export lists and nanometer-scale etching machines, far from the cameras but just as decisive.*

**By Maxime Marquette, columnist**

## Columnist's transparency note

### Editorial stance

I am not a journalist but a **columnist and analyst**. My expertise lies in observing and analysing the geopolitical, economic and strategic dynamics that shape our world. My work is to take political strategies apart, to understand global economic movements, to put the decisions of international actors in context and to offer analytical perspectives on the changes that are redefining our societies.

I do not claim the cold objectivity of traditional journalism, which stops at reporting facts. **I claim analytical clarity**, rigorous interpretation and a deep understanding of the complex issues that concern us all. My role is to give meaning to the facts, to place them in their historical and strategic context, and to offer a critical reading of events.

### Method and sources

This text keeps the basic distinction between **verified facts and interpretive analysis**. The rule never changes: a factual claim is published only when a verifiable source supports it, and the sources this article actually used are listed under **Sources**, never here.

**Primary source families** used by the publication, when the story has them: official statements from governments and international institutions, public statements by political leaders, reports from intergovernmental organisations, dispatches from recognised international news agencies.

**Secondary source families**: specialised publications, internationally recognised news media, analyses from established research institutions, reports from industry organisations.

When an article cites statistical, economic or geopolitical data, it comes from the institutions that produce it (intergovernmental organisations, central banks, national statistics offices), and the exact institution is named under **Sources**.

### Nature of the analysis

The analyses, interpretations and perspectives in the analytical sections of this article are a **critical, contextual synthesis** based on the information available, the trends observed and the expert comments cited in the sources consulted.

My role is to interpret these facts, to set them in the context of today's geopolitical and economic dynamics, and to give them a coherent meaning within the larger story of the changes shaping our time. These analyses reflect expertise built through continuous observation of international affairs and an understanding of the strategic mechanisms that drive global actors.

This article describes a documented state of affairs on its publication date, not a prediction: later developments may shift its outlook. No update is promised in advance; when an article is corrected or completed, the change is dated in the text.

## Sources

### Primary sources

- [Reuters — The MATCH Act, April 3, 2026](https://www.reuters.com/world/china/us-targets-chinese-chipmaking-with-proposed-export-restrictions-asml-others-2026-04-03/)

- [Reuters — Context of the Chinese defense budget, March 10, 2026](https://www.reuters.com/world/asia-pacific/china-lifts-military-budget-modernize-weapons-defence-technology-2026-03-10/)

### Secondary sources

- [Modern Diplomacy — Chinese countermeasure and technological dependence, July 12, 2026](https://moderndiplomacy.eu/2026/07/12/starved-of-silicon-china-built-its-own/)

- [IDSA — Chinese naval modernization, March 2026](https://idsa.in/wp-content/uploads/2024/07/China-Military-Digest-March-2026.pdf)

- [Asialink — Regional context of strategic competition, 2026](https://asialink.unimelb.edu.au/diplomacy/insights/between-talks-and-tensions-why-south-china-sea-wont-stabilise-2026/)

- [Straits Times — Regional context of the Taiwan Strait, June 15, 2026](https://www.straitstimes.com/asia/east-asia/xi-swaps-fighter-jets-for-diplomatic-hardball-to-squeeze-taiwan)

---

Source: Maxime Marquette, MadMax. When citing, name the author and link https://mad-max.co/en/article/report-the-chip-war-escalates-between-washington-and-beijing-in-three-moves