When India launched the India Semiconductor Mission in 2021 with a large fiscal incentive package, the goal was straightforward: attract global chip manufacturers, build fabrication plants, and reduce the country’s dependence on semiconductor imports. The strategy focused on creating the physical infrastructure necessary to enter the global semiconductor supply chain.

Four years later, the mission has begun to show tangible progress. Several semiconductor projects have been approved across multiple states, large-scale investments have been committed, and advanced packaging facilities are beginning to take shape. A major assembly, testing, marking, and packaging facility has already been inaugurated, while fabrication plants are under construction.

However, the first phase of India’s semiconductor push was largely about building factories.

The second phase is about something far more strategic — building intellectual property.

India Semiconductor Mission 2.0 marks a shift from manufacturing infrastructure to semiconductor design, ecosystem development, and technology ownership. For investors and policymakers alike, this distinction is critical because the highest value in the semiconductor industry lies not in fabrication, but in design.

What the First Phase Achieved

The first phase of the semiconductor mission successfully established India’s entry points into the global semiconductor manufacturing ecosystem.

Generous fiscal incentives encouraged companies to invest in semiconductor fabrication plants, compound semiconductor facilities, and advanced packaging units. Multiple projects spanning silicon fabrication, specialised semiconductor materials, and advanced chip packaging were approved.

Several of these facilities are expected to begin operations in the coming years.

These developments mark an important milestone. Semiconductor manufacturing requires enormous capital investments and complex supply chain integration. Establishing even a limited manufacturing presence places India within a strategic global industry that underpins nearly every modern technology sector.

Yet a structural limitation quickly became apparent.

While India was building fabrication facilities, most of the critical inputs required for semiconductor manufacturing — including specialised equipment, wafers, chemicals, and design software — continued to be sourced from abroad.

More importantly, the intellectual property behind semiconductor design remained concentrated outside India.

India’s engineering workforce plays a significant role in global semiconductor design, but much of this talent works for foreign companies. The chips may be designed in Indian research centres, but the intellectual property ownership remains overseas.

This gap between talent and ownership is precisely what the next phase of the mission seeks to address.

The Shift Toward Semiconductor Design

India Semiconductor Mission 2.0 represents a strategic pivot toward chip design and intellectual property development.

Instead of focusing only on manufacturing capacity, the new phase aims to strengthen the entire semiconductor ecosystem. This includes the development of domestic design capabilities, local semiconductor equipment production, materials supply chains, and specialised talent pipelines.

The logic behind this strategy is straightforward.

Fabrication plants are extremely capital intensive and operate on thin margins. The economics of semiconductor manufacturing depend heavily on utilisation rates, scale, and production yields. Even the world’s largest fabrication companies operate in a highly competitive environment.

Chip design, by contrast, occupies the most profitable segment of the semiconductor value chain.

Companies that design semiconductor chips but outsource manufacturing often operate with significantly higher margins because they own the intellectual property embedded in the product. The design layer determines functionality, architecture, and performance — the attributes that ultimately define the value of a semiconductor product.

India’s long-term opportunity lies in capturing this layer of the value chain.

Building a Domestic Design Ecosystem

One of the key pillars of the new semiconductor strategy is expanding the domestic chip design ecosystem.

A design-linked incentive programme has been introduced to support semiconductor startups developing proprietary chip architectures and specialised processors. These initiatives aim to encourage domestic companies to build their own semiconductor intellectual property rather than working exclusively as service providers to global firms.

The ecosystem supporting chip design is also expanding.

Access to advanced electronic design automation tools is being extended to startups, research institutions, and engineering universities across the country. These platforms allow engineers to simulate and design complex semiconductor architectures using industry-grade software tools.

At the same time, academic programmes are being expanded to train a new generation of semiconductor engineers.

The long-term objective is to develop a large talent pipeline capable of supporting domestic semiconductor design companies.

India’s Hidden Advantage

India already possesses a major advantage in the semiconductor industry — its design talent.

A substantial share of the global semiconductor design workforce is based in India. Major semiconductor companies operate large research and development centres across the country, employing thousands of engineers working on chip architecture, verification, and product design.

Almost every leading global semiconductor company maintains a design presence in India.

These centres contribute to the development of processors used in smartphones, data centres, networking infrastructure, and consumer electronics. However, the chips developed by these teams are typically owned by foreign corporations.

The challenge for India is not the availability of talent.

It is converting that talent into domestic intellectual property and product ownership.

If Indian companies begin designing chips for Indian and global products under their own brands, the value creation shifts dramatically.

The Market Opportunity

The global semiconductor industry is entering a period of extraordinary expansion.

Demand for semiconductors is being driven by multiple technological transitions, including artificial intelligence infrastructure, electric vehicles, renewable energy systems, 5G networks, and industrial automation.

As digitalisation spreads across every sector of the global economy, semiconductors have become the foundational component enabling modern technology.

India’s domestic semiconductor demand is also rising rapidly.

Consumer electronics, telecommunications equipment, electric vehicles, and defence systems all require increasing volumes of semiconductor components. Over the next decade, the country’s semiconductor consumption is expected to grow significantly as manufacturing and digital infrastructure expand.

This creates an important opportunity.

A large domestic market provides demand for locally designed semiconductor products while also supporting the development of a broader semiconductor ecosystem.

Why Investors May Be Underestimating the Opportunity

Public discussions about India’s semiconductor push often focus on fabrication plants and infrastructure investments.

While these projects are important, they represent only one part of the industry.

The more transformative opportunity lies in the emergence of fabless semiconductor companies — firms that design chips but outsource manufacturing to specialised fabrication facilities.

Fabless companies focus on innovation, architecture, and intellectual property while leveraging global manufacturing networks for production. This model allows companies to scale rapidly while maintaining high margins.

India’s semiconductor design ecosystem is still at an early stage, but the foundations are being laid.

Startups working on specialised chips for applications such as telecommunications infrastructure, automotive electronics, industrial automation, and artificial intelligence are beginning to emerge.

As these companies scale and commercialise their products, they could create a new category of technology businesses within India’s innovation economy.

A Long-Term Strategic Bet

India is unlikely to become a dominant semiconductor manufacturing hub overnight. Building fabrication capacity takes years, requires enormous capital investments, and depends on global supply chain coordination.

But the country does not necessarily need to dominate manufacturing to benefit from the semiconductor revolution.

The most profitable segments of the semiconductor value chain lie in design, architecture, and intellectual property ownership.

If India successfully converts its large semiconductor engineering workforce into a domestic ecosystem of design-led technology companies, the impact on the country’s technology sector could be profound.

Semiconductors underpin every modern industry — from telecommunications and automotive manufacturing to defence systems and artificial intelligence infrastructure.

The first phase of India’s semiconductor strategy built the physical foundation.

The second phase aims to capture the intellectual core of the industry.

And in the global semiconductor economy, that is where the real value resides.

Disclaimer:
This blog is for informational and educational purposes only and does not constitute investment advice, a recommendation, or an offer to buy or sell any financial instrument. Views expressed are based on publicly available information and market understanding at the time of writing and are subject to change. Readers should consult their financial advisor before making any investment decisions. Investments in markets are subject to risk.