New Delhi, Sep 16: India’s semiconductor ambitions are moving into a more business-focused phase as SEMICON India 2026 brings global chipmakers, investors, technology companies and policymakers together in New Delhi from September 17 to 19.

Prime Minister Narendra Modi will inaugurate the fifth edition of the event at Yashobhoomi on September 17. With more than 600 exhibitors, 300 international companies and delegations from over 40 countries expected to participate, the event is emerging as an important platform for investment discussions, technology partnerships and supply-chain opportunities in India’s semiconductor sector.

The event, themed “Silicon to Systems: Building the Ecosystem,” comes at a time when India is attempting to build capabilities across the semiconductor value chain, from chip design and fabrication to assembly, testing, packaging and electronics manufacturing.

Semiconductor investment moves beyond chip factories

For businesses, the significance of India’s semiconductor push extends well beyond the establishment of fabrication and packaging plants. A functioning chip ecosystem requires a large network of suppliers providing equipment, specialised materials, chemicals, engineering services, testing solutions, logistics and industrial infrastructure.

This creates potential opportunities for Indian companies, including MSMEs and technology startups, to participate in semiconductor supply chains.

The government has so far approved 12 semiconductor projects under the Semicon India Programme, along with 24 semiconductor design projects. An Investors Support portal launched by the India Semiconductor Mission is also aimed at helping potential investors understand government schemes, approved projects and regulatory requirements.

₹1.27 lakh crore Semicon 2.0 to deepen the ecosystem

The next phase of the programme has significantly increased the scale of policy support. The Union Cabinet approved Semicon 2.0 with an outlay of ₹1,27,500 crore in July 2026.

The programme is designed to expand India's capabilities in areas including chip design, manufacturing, packaging, research and development, equipment and ecosystem development. The larger financial commitment is intended to provide longer-term support as semiconductor projects require substantial capital, specialised infrastructure and extended development timelines.

For investors, the expansion of policy support is particularly relevant because semiconductor manufacturing involves high upfront costs and requires a reliable ecosystem around each major facility.

New business opportunities across the supply chain

As semiconductor manufacturing expands, demand is expected to spread across several supporting industries. Equipment suppliers, industrial automation companies, clean-room specialists, construction firms, logistics providers and specialised engineering companies can become part of the emerging ecosystem.

The impact could also extend to electronics manufacturers that depend on a reliable domestic supply of semiconductor components.

Automobiles, smartphones, telecommunications equipment, consumer electronics, industrial machinery, defence systems, artificial intelligence infrastructure and data centres all rely heavily on semiconductors. A stronger domestic ecosystem can therefore have implications for a much broader manufacturing base.

Startups and chip design gain importance

India’s semiconductor opportunity is not limited to large manufacturing companies. Chip design and semiconductor intellectual property are emerging as important areas for startups and technology firms.

According to the government, more than 100 startups are already developing chips, while the ChipIN Centre has provided access to advanced design facilities to more than one lakh engineers from over 500 organisations. More than 300 chip designs have been developed through the initiative for fabrication in India and overseas foundries.

For startups, shared access to expensive design tools can reduce initial development costs and allow smaller teams to work on sophisticated semiconductor products without having to build the entire infrastructure themselves.

Employment and industrial development

The semiconductor sector is also expected to generate demand for specialised engineering and technical skills. The government's projected targets for 2026-27 include support for one semiconductor fabrication project and nine projects under compound semiconductor, silicon photonics, sensors, discrete fabs and ATMP/OSAT categories, with projected investment and employment generation linked to these units.

The employment impact can extend beyond direct factory jobs. Semiconductor facilities require engineers, technicians, maintenance professionals, software specialists, quality-control teams, logistics providers and other service professionals.

This could create new opportunities for industrial clusters around semiconductor facilities and encourage ancillary businesses to set up closer to major manufacturing locations.

India seeks a larger role in global chip supply chains

The business case for developing a domestic semiconductor ecosystem has also strengthened as companies globally look to diversify manufacturing and build more resilient supply chains.

SEMICON India 2026 provides an opportunity for Indian companies to connect with global semiconductor players and explore partnerships in manufacturing, technology, sourcing and research.

For international companies, India offers a large electronics market, a growing manufacturing base and an expanding pool of engineering talent. For Indian businesses, deeper integration with global semiconductor companies could provide access to technology, investment and international supply chains.

The immediate focus at SEMICON India 2026 will therefore go beyond showcasing semiconductor projects. For businesses and investors, the larger opportunity lies in building the ecosystem around those projects — from specialised suppliers and startups to engineering services, electronics manufacturing and global technology partnerships.

As India moves into the next phase of its semiconductor programme, the success of the strategy will increasingly depend on how effectively large investments translate into manufacturing capacity, domestic suppliers, skilled jobs and stronger participation in global technology supply chains.