Every Country Wants a Semiconductor Industry, Very Few Build an Ecosystem.  

In the race to secure semiconductor supply chains, governments worldwide are deploying unprecedented industrial policies.

Japan has committed billions of dollars to revive domestic chip manufacturing. The United States continues implementing the CHIPS and Science Act. Europe is investing heavily through the EU Chips Act. China continues building self-reliance despite technology restrictions.

India entered this race relatively late.

But unlike many observers expected, India’s semiconductor story is no longer limited to investment announcements.

The more important question today is:

Is India merely attracting semiconductor projects, or is it quietly building the conditions required for a globally competitive semiconductor ecosystem?

For global investors, semiconductor companies, and GCC leaders evaluating India, the distinction matters. Because fabs can be announced overnight. Ecosystems take years to build.

The Global Semiconductor Industry Has Entered a New Phase  

For decades, semiconductor manufacturing was driven primarily by cost efficiency.

Today, four structural forces are reshaping investment decisions:

• AI-driven demand
• Supply chain resilience
• Geopolitical diversification
• National technology security

These trends are fundamentally changing where semiconductor companies choose to invest.

SEMI forecasts global semiconductor manufacturing equipment spending will reach approximately US$165.9 billion in 2026, largely driven by AI, advanced packaging, memory expansion, and leading-edge fabrication capacity.

This spending wave isn’t simply creating more fabs. It is creating entirely new semiconductor ecosystems across multiple countries.

AI has emerged as one of the largest drivers of semiconductor demand. The rapid expansion of hyperscale data centres, AI accelerators, high-bandwidth memory (HBM), edge AI devices and specialized processors is reshaping global investment priorities.

India’s Semiconductor Story Is No Longer About Fab Alone

Much of the public discussion around India’s semiconductor ambitions focuses on approved projects like Tata, Micron, CG Semi, Kaynes, and HCL-Foxconn.

While these announcements are significant, they represent only one layer of a much larger transformation. India is simultaneously investing across nearly every segment of the semiconductor value chain.

Manufacturing  

• Wafer fabrication
• OSAT / ATMP facilities
• Specialty semiconductor manufacturing

Design  

India already possesses approximately 20% of the world’s semiconductor design workforce, one of the world’s largest semiconductor design talent pools, with global companies conducting chip architecture, verification, embedded software, and IP development from India.

Companies including Intel, Qualcomm, AMD, NVIDIA, Texas Instruments, Synopsys, Cadence, MediaTek, NXP, and Renesas already undertake high-value chip architecture, verification, embedded software, and IP development from India.

Many of these operations have evolved into Global Capability Centres (GCCs), where companies are undertaking end-to-end semiconductor engineering rather than only support functions.

Equipment and Materials  

Global equipment manufacturers and material suppliers are increasingly evaluating India as production shifts diversify beyond traditional East Asian hubs.

Talent  

India produces over 1.5 million engineering graduates annually, including one of the world’s largest pools of STEM talent. While not all graduates are semiconductor-ready, this scale provides a strong foundation for developing specialized chip design, manufacturing, and process engineering capabilities. Government programmes, university partnerships and industry collaborations are gradually addressing one of semiconductor manufacturing’s biggest constraints: highly specialized engineering talent.

Advanced packaging is also becoming increasingly strategic as chiplets and heterogeneous integration gain importance. This strengthens India’s opportunity in OSAT and ATMP, alongside wafer fabrication.

The broader objective is clear: India is moving from attracting individual semiconductor projects toward building an integrated semiconductor ecosystem.

Infrastructure Is Becoming Part of Semiconductor Policy  

Semiconductor ecosystems extend well beyond fabs. They require enormous digital infrastructure.

A recent example is the I-2SEA Submarine Cable System, being developed by a consortium that includes Microsoft and Tata Communications. Stretching approximately 3,600 kilometers, the cable will connect Chennai and Machilipatnam with Singapore and Malaysia.

What appears to be a telecommunications project, In reality, represents semiconductor demand. AI workloads travelling across these international data corridors depend on:

• Advanced networking silicon
• High-performance GPUs
• Optical communication chips
• Routing processors
• Data centre accelerators

As AI infrastructure expands across Asia, digital infrastructure projects, increasingly become indirect demand generators for advanced semiconductors. This is precisely how semiconductor ecosystems evolve, not through fabs alone, but through interconnected digital, manufacturing and technology investments.

The Invisible Supply Chains Are Becoming Strategic  

One recent geopolitical event highlighted a lesson often overlooked. China’s temporary restrictions on helium exports renewed concerns across the semiconductor industry.

Helium receives little public attention.

Yet semiconductor manufacturing relies heavily on ultra-high-purity helium during wafer fabrication, cooling systems and advanced lithography processes. The Chinese export controls on critical materials such as gallium and germanium have highlighted a less visible vulnerability in semiconductor manufacturing. The semiconductor industry does not run on silicon alone. It runs on thousands of invisible supply chains.

• Ultra-pure gases.
• Specialty chemicals.
• Photoresists.
• Precision equipment.
• Advanced materials.
• Packaging substrates.
• Critical minerals.

A disruption in even a relatively low-cost input can constrain high-value semiconductor production when qualified alternatives are limited. Increasingly, governments are recognizing that supply-chain resilience extends far beyond chip fabrication. For India, this creates an opportunity to develop diversified and semiconductor-grade supply chains around emerging manufacturing clusters.

Semicon 2.0 Signals That India Is Thinking Beyond Incentives  

One of the biggest concerns for global investors has always been policy continuity.

The approval of Semicon 2.0 sends an important signal.

India’s ₹76,000 crore India Semiconductor Mission (ISM) established the country’s first comprehensive semiconductor incentive framework. In the second phase, the Union Cabinet approving a massive fiscal outlay of ₹1,27,500 crore, signals that semiconductor manufacturing is evolving from a one-time incentive programme into a long-term industrial strategy.

When combined with state-level semiconductor policies such as in Gujarat, Tamil Nadu, Karnataka, Uttar Pradesh, and Assam; India is beginning to offer the policy predictability global investors typically seek.

Rather than treating semiconductor manufacturing as a one-time investment programme, India is positioning semiconductor development as a long-term industrial strategy.

Commercial Production Changes the Narrative  

Investment announcements attract headlines.

Commercial production changes credibility.

The recent commencement of commercial operations at CG Semi’s OSAT facility in Sanand marks an important milestone. The government has also indicated that five semiconductor facilities are expected to become operational by the end of 2026.

This transition, from announcements to manufacturing; represents one of the most important developments in India’s semiconductor journey. Global semiconductor companies increasingly evaluate execution rather than announcements. Operational facilities provide proof that ecosystems are beginning to function.

The Next Opportunity May Not Be Manufacturing Alone  

Perhaps the biggest opportunity for international companies lies outside fabrication. As India’s semiconductor ecosystem expands, demand will rise across:

• Semiconductor equipment
• Cleanroom technologies
• Specialty gases
• Precision chemicals
• Testing equipment
• Automation
• Factory software
• AI infrastructure
• Semiconductor logistics
• Packaging materials
• Design services
• Engineering GCCs
• Reliability testing
• Industrial cybersecurity
• Industrial water management
• Energy systems
• This creates opportunities for companies that may never manufacture a chip but become indispensable to the semiconductor value chain.

For many global firms, establishing an India presence today may be less about serving the domestic market and more about positioning themselves within tomorrow’s semiconductor supply chain.

India’s Semiconductor Market Is Becoming Large Enough to Matter  

Recent industry projections suggest India’s semiconductor market could approach US$350 billion by 2035, assuming continued policy support, expanding electronics manufacturing, automotive electrification, AI adoption and data centre growth.

India is simultaneously becoming:

• The world’s fastest-growing major economy
• One of the largest smartphone manufacturing hubs
• A rapidly expanding automotive electronics market
• A significant data centre destination
• A global engineering and R&D hub

Whether this exact figure is achieved is almost secondary. The direction is unmistakable. This convergence of domestic demand and manufacturing capability creates a structural advantage that few emerging semiconductor destinations currently possess.

India is moving from being primarily a semiconductor talent destination toward becoming a manufacturing, design and strategic supply-chain hub.

The Real Question Isn’t Whether India Can Match Taiwan  

That comparison misses the point entirely. Taiwan built the world’s most efficient semiconductor manufacturing ecosystem over several decades. India is pursuing a different model.

One built around:

• Trusted manufacturing
• Diversified global supply chains
• Large-scale semiconductor design
• AI infrastructure
• Electronics manufacturing
• Government-backed industrial policy
• Digital connectivity
• Engineering talent
• Strategic partnerships

The objective is not replication. It is relevance.

Conclusion: Ecosystems Outlast Incentives  

Investment incentives may attract the first wave of semiconductor companies. Ecosystems attract the second, third and fourth.

The global semiconductor industry is increasingly rewarding countries capable of combining manufacturing, talent, digital infrastructure, policy stability and supply-chain resilience into one integrated platform. India has not completed that journey.

But the conversation has clearly shifted. The question is no longer whether India can attract semiconductor investments.

The more important question is whether global companies can afford to ignore an ecosystem that is steadily taking shape. For semiconductor manufacturers, equipment suppliers, material companies, AI infrastructure providers, and engineering GCCs, the window to establish an early strategic presence may be narrower than it appears.