Why “Make Chips When You Can Smuggle Them?” Raghuram Rajan Questions India’s Semiconductor Push, Sparks Backlash
Former RBI Governor Raghuram Rajan has triggered a sharp debate over India’s semiconductor strategy after questioning whether the country should spend billions of dollars trying to build a domestic chip-manufacturing ecosystem.
Rajan's argument, made in an interview with Frontline, was quickly reduced on social media to a provocative idea: why manufacture semiconductors domestically when chips are relatively small and can be sourced—or even smuggled—from elsewhere?
That framing triggered widespread trolling and criticism. But the underlying debate is more significant than the social-media reaction suggests. It goes to the heart of a major economic policy question: Should India spend heavily to build strategic manufacturing capabilities, or should it focus its resources on broader fundamentals such as education, healthcare, infrastructure and a stronger business environment?
The controversy comes at a time when India is significantly expanding its semiconductor ambitions. The government launched the ₹76,000 crore Semicon India Programme in 2021, and recent reports say the country has attracted substantial investment commitments across semiconductor and related projects. India has also moved forward with a new phase of semiconductor policy support.
What Did Raghuram Rajan Actually Argue?
The controversy began after Rajan questioned the rationale behind pouring billions into creating a domestic semiconductor manufacturing industry.
According to reports on his Frontline interview, Rajan argued that policymakers should be careful about what they define as “strategic”. He pointed out that semiconductors are physically small and therefore relatively easy to transport across borders, referring to how China and Russia have obtained chips despite restrictions.
However, his broader argument was not simply that India should abandon technology or manufacturing.
Rajan's criticism was directed at the idea of governments heavily subsidising selected industries without first addressing deeper economic constraints. His position emphasised the importance of improving fundamentals such as human capital, education, healthcare and the broader business environment.
That distinction is important because the viral version of the controversy—“just smuggle chips”—does not capture the full economic argument.
Why Did the Remarks Trigger Such a Strong Backlash?
Critics focused on the strategic nature of semiconductors.
Modern economies depend on chips for everything from smartphones and cars to data centres, industrial equipment and defence systems. A country that depends entirely on overseas suppliers can become vulnerable when global supply chains are disrupted or when exporting countries impose restrictions.
The COVID-era semiconductor shortage provided a practical example of this vulnerability. India’s automobile industry was among the sectors affected as global chip supplies tightened, forcing manufacturers to adjust production.
More recently, export restrictions imposed by major technology-producing countries have demonstrated how access to advanced semiconductors can become a geopolitical issue.
Critics therefore argue that Rajan's examples may actually support the case for building domestic capabilities. Russia's efforts to obtain restricted components, for example, are a response to limited access rather than evidence that smuggling is a sustainable industrial strategy. China, meanwhile, has invested heavily in its own semiconductor ecosystem while also attempting to obtain restricted advanced technology from overseas.
This is why Rajan's comments became an easy target for social-media satire.
The criticism was not only about the word “smuggle”. It reflected a deeper belief that India cannot become a major technology and manufacturing power if it remains permanently dependent on imported critical components.
India’s Semiconductor Bet Is About More Than Making Chips
India's semiconductor programme is often described as a race to manufacture chips. In reality, the strategy is broader.
The semiconductor value chain includes:
Chip design
Fabrication
Assembly and packaging
Testing
Equipment and materials
Electronics manufacturing
Research and intellectual property
India already has a substantial pool of semiconductor design talent. The policy challenge is to convert that expertise into a larger domestic ecosystem involving manufacturing, packaging, supply chains and technology development.
Projects involving companies and groups such as Tata Electronics and Micron Technology have become part of India's broader effort to establish domestic semiconductor capabilities. Recent reporting also points to an expanded policy push under a proposed Semicon 2.0 framework.
For policymakers, the objective is therefore not necessarily to produce every type of advanced chip immediately.
The longer-term goal is to build industrial capability, develop skilled workers, attract technology investment and reduce dependence in strategically important parts of the electronics supply chain.
The Economic Case Against Subsidising Every Strategic Industry
Rajan's criticism nevertheless raises a legitimate policy question.
Semiconductor manufacturing is extraordinarily expensive and technologically demanding. Building a fabrication plant requires huge capital expenditure, specialised equipment, reliable utilities and highly skilled engineers. Governments around the world are offering subsidies because even advanced economies are trying to reduce supply-chain dependence.
That means India is entering an intensely competitive global industry.
The risk is that large subsidies could produce limited economic returns if projects fail to develop into commercially sustainable businesses. Semiconductor policy also requires patience. Building a factory is only one part of the challenge; maintaining technology competitiveness and finding customers are equally important.
This is where Rajan's broader argument deserves attention.
A country cannot build a globally competitive semiconductor industry through subsidies alone. Manufacturing success ultimately depends on factors such as reliable infrastructure, skilled talent, efficient logistics, research capabilities and a predictable business environment.
In that sense, the debate may not actually be “chips versus fundamentals.”
India may need both.
The Case for Strategic Self-Reliance
The opposite argument is equally strong.
Semiconductors have become a strategic technology because access can be restricted. Unlike ordinary consumer products, certain chips are critical to defence, artificial intelligence, telecommunications and advanced computing.
The concentration of advanced semiconductor manufacturing in a relatively small number of countries creates geopolitical and supply-chain risks.
For India, complete self-sufficiency may be unrealistic or economically inefficient. But reducing critical dependencies could still have strategic value.
There is also an industrial-policy argument.
Building semiconductor capacity can generate spillover benefits across electronics manufacturing, engineering, research and high-skilled employment. If successful, a semiconductor ecosystem could help Indian companies move beyond basic assembly toward higher-value technology and intellectual property.
The key word, however, is successful.
Heavy government investment does not automatically guarantee technological leadership.
What This Means for Indian Businesses and Investors
For investors, this controversy should not be viewed as a simple question of whether India's semiconductor programme is good or bad.
The real issue is execution.
India's semiconductor push could benefit businesses involved in electronics manufacturing, chip design, engineering services, packaging, specialised materials and industrial infrastructure. But these opportunities will develop over years rather than months.
Investors should watch several factors:
Project Execution
Announcements and investment commitments are not the same as commercially successful production. Investors should monitor whether approved projects are completed on schedule and achieve meaningful operational capacity.
Technology Partnerships
Semiconductor manufacturing depends heavily on technology access and partnerships. India's ability to attract global companies and develop domestic expertise will be critical.
Demand Creation
A domestic semiconductor ecosystem needs customers. India's growing electronics, automotive, telecom and data-centre sectors could provide demand, but local manufacturing must remain competitive.
Government Support
Semiconductor projects are capital-intensive, making policy continuity important. Any major change in incentives or regulatory conditions could affect project economics.
Global Competition
India is competing with countries that already possess decades of experience and sophisticated supply chains. The challenge will not simply be building factories but establishing a sustainable position in the global market.
The Bigger Debate: Industrial Policy or Better Fundamentals?
The Rajan controversy has exposed a genuine economic divide.
One school of thought argues that India should identify strategic sectors and actively support them, even if doing so requires large subsidies and years of investment.
The other argues that governments should focus more heavily on creating strong fundamentals and allow businesses to identify the sectors where India can compete naturally.
In practice, the two approaches do not have to be mutually exclusive.
India can invest in strategic technologies while simultaneously improving education, research, infrastructure and the ease of doing business. In fact, the semiconductor programme may struggle without improvements in those areas.
The real policy challenge is deciding how much public money should be committed, which parts of the semiconductor value chain India should prioritise, and how success should be measured.
What to Watch Next
The next phase of India's semiconductor journey will be more important than the debate surrounding Rajan's remarks.
Investors and industry watchers should monitor:
Progress of approved semiconductor projects
Commercial production timelines
New investments and technology partnerships
India's chip design and packaging capabilities
The details and implementation of future semiconductor policy support
Global chip demand and export restrictions
Whether government-backed projects become commercially viable over time
The answers to these questions will determine whether India’s semiconductor push develops into a durable technology ecosystem or remains heavily dependent on state incentives.
The Bottom Line
Raghuram Rajan's comments about chips being easy to smuggle generated a predictable social-media backlash, but the controversy has opened a much bigger discussion about India's economic strategy.
His broader argument is that India should not ignore fundamentals while spending billions on selected strategic industries. Critics, however, argue that semiconductors are precisely the kind of strategically important technology where excessive dependence on imports can create serious vulnerabilities.
Both sides raise valid questions.
India's semiconductor ambitions will ultimately be judged not by announcements, trolling or political arguments, but by execution. The key test is whether government support can help create a globally competitive ecosystem that generates technology, skilled employment and sustainable businesses.
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This article is for informational and educational purposes only and should not be considered investment advice.