# PORTRAIT: Starved of Silicon, China Builds Its Own Supply Chain

> China added ten American companies to its export control list on June 22, 2026, according to Modern Diplomacy on July 12, 2026, a retaliatory measure that fits within a broader strategy of building a domestic…

- Author: Maxime Marquette
- Publisher: MadMax (https://mad-max.co)
- Section: Profile
- Published: 2026-07-20
- Canonical URL: https://mad-max.co/en/article/portrait-starved-of-silicon-china-builds-its-own-supply-chain

## Key takeaways

- China added ten American companies to its export control list on June 22, 2026, a retaliatory step reported by Modern Diplomacy on July 12, 2026.
- The MATCH Act, proposed to restrict chipmaking equipment exports to China and targeting ASML among others, was reported by Reuters on April 3, 2026.
- China historically depended on Western lithography equipment, and the article argues that repeated restrictions pushed Beijing toward full self-sufficiency.
- Beijing is investing heavily in its domestic supply chain, though the sources do not quantify the amount; China's 2026 defense budget is put at about 282 billion dollars by Reuters.
- The article acknowledges a persistent gap in the most advanced chip manufacturing, with self-sufficiency progressing faster in less advanced segments.

## Introduction

**China** added **ten American companies** to its export control list on June 22, 2026, according to **Modern Diplomacy** on July 12, 2026, a retaliatory measure that fits within a broader **strategy** of building a domestic **semiconductor** supply chain. This **portrait** traces the trajectory of this Chinese ambition for technological self-sufficiency, born of necessity in the face of Western restrictions, and now a leading national strategic priority. *A country deprived of an essential tool never settles for long on merely demanding its return; sooner or later it builds one itself, whatever the cost and time required.*

This **portrait** documents the origins of this **strategy**, its financial resources, its current limits, and its connection to the most recent American restrictions, notably the **MATCH Act** reported by **Reuters** on April 3, 2026, which likely accelerated this Chinese race toward technological self-sufficiency.

This **strategy**, according to **Modern Diplomacy**, also fits within the broader context of China's 2026 defense budget, set at roughly 282 billion dollars according to **Reuters** on March 10, 2026, which includes significant technological investment reaching beyond the strictly military framework.

## The origin of this drive for technological self-sufficiency

### A historic dependence on Western equipment

**China** long depended on Western equipment, notably the lithography machines manufactured by companies like **ASML**, to produce its most advanced **semiconductors**, a structural dependence documented for several years by specialized analyses of the global semiconductor industry. *A technological dependence never reveals itself as clearly as the day the party relying on it suddenly finds itself cut off from the access it had grown accustomed to.*

This **historic dependence**, documented indirectly by **Modern Diplomacy**, largely explains why successive American restrictions, of which the **MATCH Act** constitutes the latest episode, have had a catalyzing effect on China's determination to develop a complete and self-sufficient domestic supply chain.

### The early restrictions that triggered this realization

This **portrait** traces how successive American restrictions, predating even the 2026 **MATCH Act**, gradually convinced Chinese authorities of the need for complete technological self-sufficiency rather than continued dependence on Western suppliers liable to restrict access to their equipment according to the geopolitical priorities of the moment in Washington.

This **realization**, documented over several years through the accumulation of successive Western restrictions, transformed what was initially a secondary industrial concern into a leading national strategic priority for current Chinese authorities.

## The MATCH Act, the latest catalyst for this acceleration

### A targeted restriction that reinforces perceived urgency

The **MATCH Act**, proposed by the United States to restrict exports of semiconductor manufacturing equipment to **China** according to **Reuters** on April 3, 2026, targeting ASML among others, likely reinforced the urgency **Beijing** perceives to rapidly develop a domestic supply chain capable of offsetting this additional restriction in its technological supply chain. *Every new restriction imposed on a determined rival never merely delays its adaptation; it almost always accelerates its determination to free itself for good from the dependence that makes it vulnerable.*

This **portrait** observes that China's response to this restriction, adding ten American companies to its control list as documented by **Modern Diplomacy**, illustrates a calibrated reaction that combines immediate retaliation with the pursuit of the long-term self-sufficiency **strategy** already underway for several years.

### The precise timeline of this reciprocal escalation

This **portrait** traces the precise timeline of this escalation: the MATCH Act proposal on April 3, 2026 according to **Reuters**, followed roughly two and a half months later by Chinese retaliation on June 22, 2026 reported by **Modern Diplomacy** on July 12, 2026, a chronology that illustrates Chinese responsiveness to the most recent American technological restrictions.

This **precise chronology**, documented by cross-referencing **Reuters** and **Modern Diplomacy**, allows this portrait to situate exactly the most recent developments of this technological race within the broader context of 2026.

## The financial resources mobilized for this self-sufficiency

### Massive state investment in the domestic supply chain

**Beijing** is investing massively in developing its **domestic semiconductor supply chain**, according to **Modern Diplomacy**, a state investment that, while not precisely quantified in the sources available for this portrait, fits within a Chinese tradition of massive public investment in technological sectors deemed strategic for national sovereignty. *Massive state investment never guarantees, by itself, immediate technological success; it does guarantee, however, a persistence over time that few private actors could afford to sustain alone.*

This **scale of investment**, documented generally by Modern Diplomacy, should be understood alongside China's 2026 defense budget of 282 billion dollars according to **Reuters**, which itself includes significant technological investment reflecting the priority **Beijing** places on the full range of its strategic technological capabilities.

### A mobilization that extends beyond the civilian sector alone

This **portrait** observes that this Chinese financial mobilization for semiconductor self-sufficiency extends beyond the civilian sector alone to touch military and defense applications as well, a convergence documented indirectly by the simultaneity between the technological investment included in the **defense budget** and the civilian self-sufficiency strategy reported by **Modern Diplomacy**.

This civilian-military **convergence**, common to many current Chinese technological priorities, illustrates for this portrait the systemic scale of the technological sovereignty strategy **Beijing** pursues beyond the strictly civilian semiconductor sector alone.

## The technological challenges that persist despite this investment

### A persistent gap in manufacturing the most advanced chips

Despite this sustained investment, this **portrait** documents, drawing on general indications from **Modern Diplomacy**, a technological gap that persists in manufacturing the most advanced **semiconductors**, where Western equipment like ASML's retains, at this stage, a technical lead that China's domestic supply chain has not yet fully closed. *A technological gap, once established across several generations of successive equipment, never closes in just a few years; it closes, patiently, at the cost of sustained investment over a decade or more.*

This **persistent gap**, documented generally without precise technical detail in the sources available for this portrait, constitutes the most significant limitation of China's self-sufficiency **strategy** at this stage of its 2026 development.

### The segments where Chinese self-sufficiency progresses fastest

This **portrait** observes that this Chinese technological self-sufficiency progresses faster in certain less advanced segments of the **semiconductor** industry, where dependence on the most sophisticated Western equipment is lower, a progression documented generally by **Modern Diplomacy** without precise sectoral detail in the available sources.

This **differentiated progression** across technological segments illustrates for this portrait a pragmatic Chinese **strategy** that favors quick wins in accessible segments while pursuing, in parallel, the longer-term goal of closing the gap in the most advanced **technologies**.

## The wider geopolitical context of this technological race

### A rivalry extending beyond the semiconductor sector alone

This sino-American technological **race**, documented by the MATCH Act and the Chinese retaliation, fits, for this portrait, within a wider geopolitical context that also includes the maritime tensions documented in the South **China** Sea and around **Taiwan**, where China has reduced its air incursions while diversifying its means of pressure according to the **Straits Times** on June 15, 2026. *A technological race and a maritime tension never belong to two separate worlds; together, they belong to the same ambition of global power that a country seeks to assert simultaneously across every available terrain.*

This **convergence** between the technological and geopolitical dimensions of the Chinese **strategy**, documented by the simultaneity of these 2026 developments, illustrates for this portrait the systemic scale of the power ambition **Beijing** pursues on several fronts at once.

### What this convergence signals to Western partners

This documented **convergence** signals, according to this portrait, to Western partners that technological rivalry cannot be treated in isolation from the other dimensions of the sino-American confrontation, a lesson that echoes similar findings drawn from the military coordination illustrated by the **Balikatan** 2026 exercise in a different regional context.

This **lesson**, drawn from the cross-referenced observation of several files documented in 2026, leads this portrait to recommend a coordinated Western approach that links the technological, commercial, and military dimensions of this broader rivalry with **China**.

## The Chinese companies carrying this drive for self-sufficiency

### An industrial ecosystem under accelerated construction

This **portrait** observes that China's technological self-sufficiency **strategy** rests on an industrial ecosystem under accelerated construction, bringing together domestic companies specialized in different segments of the **semiconductor** value chain, an ecosystem whose precise details are not individually named in the sources available for this portrait. *An industrial supply chain is never built around a single pioneering company; it is built, patiently, through the coordinated emergence of a complementary set of actors covering every stage of the production chain.*

This **portrait** refrains from naming specific Chinese companies not explicitly mentioned in the consulted sources, preferring to document the overall **strategy** rather than speculate on industrial details unconfirmed by **Modern Diplomacy** or other reliable journalistic sources currently available.

### The Chinese state's role in coordinating this ecosystem

This **portrait** documents that the Chinese state plays a central coordinating role in developing this industrial ecosystem, directing investment and research priorities toward the segments deemed most strategic for national self-sufficiency, an approach consistent with the Chinese tradition of centralized industrial planning in priority technological sectors.

This **state coordination**, documented generally by **Modern Diplomacy**, constitutes for this portrait a structural Chinese advantage relative to market economies where industrial coordination relies more heavily on decentralized mechanisms less directly steered by the central state.

## What this strategy means for the global industry

### A growing fragmentation of global value chains

This Chinese self-sufficiency **strategy**, documented by **Modern Diplomacy**, contributes, according to this portrait, to a growing fragmentation of global semiconductor value chains, once largely integrated on a planetary scale, now progressively reorganized around distinct technological blocs between **China** and Western partners led by the United States. *An integrated global value chain represents decades of accumulated economic specialization; its fragmentation, once triggered by geopolitics, is never repaired as quickly as it comes apart.*

This **fragmentation**, documented indirectly by the trajectory of the Chinese strategy analyzed in this portrait, represents a significant economic cost for the entire global **semiconductor** industry, a cost **Beijing** appears willing to bear in the name of its strategic self-sufficiency priority.

### The consequences for prices and global innovation

This **portrait** observes that this fragmentation could, over time, affect the prices and pace of innovation in the global **semiconductor** industry, since duplicating research efforts across distinct technological blocs represents an economic inefficiency that prior global integration had allowed the industry to avoid before this sino-American rivalry intensified.

These **economic consequences**, not precisely quantified in the sources available for this portrait, nonetheless deserve to be named as a long-term structural effect of the Chinese technological self-sufficiency **strategy** documented in this text.

## The limits of this portrait at this stage of developments

### The absence of precise technical detail in available sources

This **portrait** honestly acknowledges the limits of its information: the available sources, notably **Modern Diplomacy**, do not provide precise technical detail on the exact scale of China's domestic **semiconductor** supply chain, nor quantifiable indicators allowing a precise assessment of its current level of maturity relative to Western standards. *Acknowledging the absence of precise data never weakens a journalistic portrait; it instead guarantees its rigor on a subject whose most sensitive technical developments remain, by nature, largely shielded from outside view.*

This **information limit**, common to many strategic Chinese technological files, calls on this portrait to exercise methodological caution rather than extrapolate beyond reliable, verifiable journalistic sources on this particularly sensitive subject.

### What this portrait can nonetheless affirm with confidence

Despite these limits, this **portrait** can affirm with confidence, based on facts documented by **Modern Diplomacy** and **Reuters**, that China's technological self-sufficiency strategy constitutes a leading national priority, reinforced by successive American restrictions, of which the MATCH Act constitutes the most recent episode documented at the time of writing.

This factual **confidence**, grounded in established journalistic sources rather than unverified speculation, allows this portrait to conclude that this sino-American technological race will likely continue to intensify in the months and years following the developments documented here.

## The link between this technological self-sufficiency and Chinese naval power

### The same ambition of global industrial sovereignty

This **portrait** observes that this ambition for self-sufficiency in **semiconductors** connects, at its core, with the rise of Chinese naval power illustrated by the commissioning of the **Dongguan** and **Anqing** destroyers, of the **Type 055** class, according to **IDSA** in March 2026, two distinct dimensions of the same Chinese ambition for global industrial and military sovereignty pursued simultaneously. *A country that builds its own chips and its own destroyers pursues, in both cases, the very same quest: no longer depending on any foreign power for the **technologies** it deems essential to its national sovereignty.*

This **convergence** between civilian technological self-sufficiency and military naval modernization, documented by cross-referencing distinct sources like **Modern Diplomacy** and **IDSA**, illustrates for this portrait the systemic scale of the Chinese global power strategy pursued across the full range of technological and military dimensions in 2026.

### What this convergence implies for the future of the sino-American rivalry

This **implication**, according to this portrait, suggests that the sino-American rivalry will continue to unfold simultaneously across several technological and military fronts, making a comprehensive strategic approach necessary for Western policymakers rather than a compartmentalized management of each **file** taken in isolation without accounting for their documented interconnections.

This **comprehensive approach**, recommended by this portrait without being able to guarantee its effective implementation by the policymakers concerned, constitutes one of the most important lessons to draw from the cross-referenced observation of these Chinese technological and military developments documented in 2026.

## The role of talent and Chinese academic research

### A parallel investment in training specialized skills

This **portrait** observes that China's technological self-sufficiency strategy also rests on a parallel investment in training specialized microelectronics skills, a long-term effort that complements the direct financial investment documented by **Modern Diplomacy** in building China's semiconductor industrial supply chain. *A machine without an engineer capable of fully mastering it is never worth more than half its potential value; **Beijing** appears to have understood this by investing simultaneously in both dimensions of this technological equation.*

This parallel **investment** in training, documented generally without precise quantified detail in the sources available for this portrait, constitutes an additional factor that could, over time, accelerate China's capacity to close the documented technological gap relative to current Western standards.

## Western companies facing this accelerated Chinese catch-up

### New competitive pressure for established suppliers

Established Western companies like **ASML**, historically dominant in the global market for **semiconductor** equipment, face, according to this portrait, new competitive **pressure** stemming from the accelerated emergence of the Chinese supply chain, even if the technological gap documented in this text still limits, at this stage, the real scale of this competition in the most advanced segments. *A dominant position established over several decades never collapses overnight in the face of a new competitor; it erodes, patiently, with every market segment that competitor gradually manages to master.*

This new competitive **pressure**, documented generally by the trajectory of the Chinese strategy analyzed in this portrait, constitutes an additional factor Western suppliers will need to integrate into their own commercial and technological strategies in the years following the developments documented here.

## The role of international partnerships outside the Western sphere

### Diversification toward non-Western partners

This **portrait** observes that China's technological self-sufficiency **strategy** is also accompanied by diversification toward non-Western partners capable of supplying alternative components or **technologies**, an approach documented generally by **Modern Diplomacy** without precise detail on the identity of these partners in the sources available for this text. *A country deprived of a historic supplier never simply seeks a substitute; more broadly, it seeks to rebuild a network of mutual dependencies that reduces its vulnerability to any single geopolitical bloc.*

This **diversification** of partnerships, consistent with the general self-sufficiency **strategy** documented in this portrait, illustrates a Chinese approach that does not limit itself to domestic **development** alone but also seeks to diversify its technological supply sources on a global scale.

## What the coming years should reveal

### Indicators to watch to assess Chinese progress

To assess the real progress of this Chinese technological self-sufficiency strategy, this **portrait** identifies several indicators to watch in the coming years: the evolution of China's domestic capacity to produce advanced semiconductors without dependence on Western equipment, and **Beijing**'s future reaction to any new American restrictions similar to the **MATCH Act**. *An industrial strategy of this scale is never judged on its declarations of intent alone; it is judged, patiently, on measurable results that only fully reveal themselves after several years of sustained investment.*

This **methodical follow-up**, applied rigorously by analysts specializing in the global **semiconductor** industry, will help better assess, in the years ahead, whether **China** actually manages to close the technological gap documented in this portrait or whether that gap persists despite the scale of investment committed.

### The Western response also worth watching

Symmetrically, the **Western response** to this Chinese race toward technological self-sufficiency, whether in the form of new restrictions similar to the **MATCH Act** or a reinforced coordination among Western allies, will constitute an essential indicator of how this technological rivalry evolves in the years following the developments documented in this portrait.

This **portrait** will continue to require, to remain relevant, regular updating grounded in verified facts rather than speculative projections unsupported by concrete developments observed in the global **semiconductor** industry in the coming years.

## Conclusion

**China**, deprived of guaranteed access to the most advanced Western equipment by successive restrictions of which the **MATCH Act** constitutes the latest episode according to **Reuters**, is methodically building its own **domestic semiconductor supply chain**, according to **Modern Diplomacy**. This **strategy**, reinforced by the documented retaliation of June 22, 2026, illustrates a long-term trajectory rather than an improvised reaction to the most recent American restrictions.

This **portrait** does not claim to predict with certainty whether this Chinese technological self-sufficiency will fully close the documented gap relative to Western standards. It establishes, with the rigor this **file** demands, that this ambition now constitutes a leading Chinese national priority, reinforced rather than weakened by every new documented American restriction. *A country that builds its own technological supply chain under the **pressure** of foreign restrictions never merely builds machines; it patiently builds the independence that will one day let it stop depending on any rival's goodwill.*

**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 and restrictions targeting ASML — April 3, 2026](https://www.reuters.com/world/china/us-targets-chinese-chipmaking-with-proposed-export-restrictions-asml-others-2026-04-03/)

- [Reuters — China's 2026 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 technological self-sufficiency strategy — July 12, 2026](https://moderndiplomacy.eu/2026/07/12/starved-of-silicon-china-built-its-own/)

- [IDSA — Commissioning of Type 055 destroyers — March 2026](https://idsa.in/wp-content/uploads/2024/07/China-Military-Digest-March-2026.pdf)

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

- [New York Times — Patrols east of Taiwan — July 5, 2026](https://www.nytimes.com/2026/07/05/world/asia/china-taiwan-east-coast-guard-patrols.html)

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Source: Maxime Marquette, MadMax. When citing, name the author and link https://mad-max.co/en/article/portrait-starved-of-silicon-china-builds-its-own-supply-chain