India has received investment proposals worth roughly $11 billion to $12 billion under the second phase of its semiconductor programme, with the new commitments extending beyond chip fabrication into equipment, materials, gases, chemicals and substrates.
Electronics and IT Minister Ashwini Vaishnaw disclosed the figure during Semicon India 2026 in New Delhi. The announcement is significant because Semicon 2.0 aims to broaden India’s semiconductor strategy from attracting individual fabs toward building the supplier network that those factories require.
The proposals are not the same as completed investment. They represent commitments and planned projects that still have to move through financing, approvals, construction, equipment installation and commercial operation. That distinction is important in an industry where a semiconductor facility can take years to become productive.
The supplier layer is becoming the focus
A semiconductor fab cannot operate in isolation. It needs specialized chemicals, gases, substrates, equipment, spare parts, testing systems and engineering support. Without those suppliers, manufacturers have to import a larger share of the production chain, increasing lead times and exposing factories to external disruptions.
The new investment proposals So cover a different part of the ecosystem from the headline-grabbing fab projects. Applied Materials and Lam Research are among the global equipment companies expanding their presence around India’s semiconductor ambitions, while Indian companies are building capabilities in manufacturing, packaging and design.
This approach also gives India more opportunities to participate in semiconductor manufacturing before every stage of advanced wafer fabrication is available domestically. Equipment servicing, materials production, packaging and testing all create engineering jobs and industrial capabilities that can support future fabs.
The policy is also tied to India’s large electronics market. Smartphones, vehicles, appliances, telecom equipment and data-centre infrastructure all consume semiconductors. A growing domestic market can give local suppliers an initial customer base while they build the scale required to compete internationally.
Why the next two years matter
The current announcements will become more meaningful when projects move from investment proposals to operating facilities. Semiconductor investors need reliable electricity, water, logistics and skilled workers, and predictable regulatory processes. The ability to provide those conditions consistently will determine how quickly announced projects become productive capacity.
India already has a large semiconductor design workforce. The country accounts for a significant share of the world’s chip-design engineers, but design strength alone does not create a complete manufacturing ecosystem. The challenge is connecting design with fabrication, packaging, testing, materials and equipment.
That is why the supplier commitments are strategically important. They can reduce one of the biggest gaps between having semiconductor factories and having a semiconductor industry. A local equipment or materials supplier can shorten support cycles and create knowledge that remains in the domestic industrial base.
There is also an export opportunity. If Indian facilities eventually serve international customers, suppliers located nearby can potentially support those factories at lower logistical cost. That could allow India to move from an electronics assembly role toward a broader manufacturing position.
A programme measured in years, not headlines
The $11-12 billion figure is substantial, but it should be read as a pipeline rather than a completed output figure. Semiconductor investment is capital intensive, and projects can change as technology, market conditions and financing evolve.
The more useful indicators will be construction milestones, equipment installation, qualification runs, commercial shipments and the number of domestic suppliers that become operational. Those measures will show whether the policy is creating an ecosystem rather than simply attracting announcements.
Semicon 2.0’s wider approach reflects that reality. India’s semiconductor ambitions now extend from chip design and fabs into the less visible infrastructure that makes large-scale production possible. If the proposed investments translate into operating facilities, the result could be a deeper domestic supply chain. The next stage is execution.
The investment pipeline also includes areas that are easy to overlook in consumer-facing coverage. Semiconductor gases, chemicals and substrates are not visible in the final product, but production stops if those inputs are unavailable or fail qualification. Building those industries in India could So make the country’s fabs more resilient while creating new specialist manufacturing businesses.
The same logic applies to equipment service. A high-value fabrication tool cannot simply be treated like ordinary factory machinery. It needs calibrated maintenance, process support and rapid replacement of critical parts. Local engineering capability can reduce downtime and build technical expertise that remains useful across multiple facilities.