India Expands Semiconductor Push as Micron Sanand Plant Begins Shipping Memory Modules

Key Takeaways

• India’s March 4 visit to Eindhoven highlighted an active effort to attract more semiconductor equipment, materials, and ecosystem investment from Dutch firms.
• Micron’s Sanand site has already entered commercial operation, with the Indian government and Micron confirming the start of production and the first shipment of made-in-India memory modules.
• For procurement teams, this is more of a backend-capacity and geographic-diversification story than an immediate solution to global memory shortages, because Micron’s India site packages and tests wafers produced elsewhere in Micron’s network.

In the span of a few days, India advanced its strategy on two fronts attracting more global ecosystem participation from Europe and bringing a major semiconductor packaging site into commercial operation at home. Its beginning to add real industrial capacity while continuing to build the supplier and equipment relationships needed to scale further.

The international side of that effort was visible on March 4, when an Indian trade delegation visited Eindhoven in the Netherlands to discuss semiconductor investment opportunities. Reuters reported that the visit was aimed at deepening India’s chip ecosystem as New Delhi accelerates its domestic semiconductor buildout. Around 50 to 60 Dutch firms had requested meetings with the Indian delegation showing iinterest around the country’s semiconductor expansion.

India’s pitch to Dutch firms focused heavily on incentives designed to attract manufacturing investment. According to Reuters, the country’s subsidy framework covers up to 50% of project costs, while state governments may contribute an additional 20% to 25%. Officials also indicated that a second support program expected later this month could be even larger.

That outreach aligns with a broader effort to build ties with the Dutch semiconductor ecosystem. In January, India’s electronics minister Ashwini Vaishnaw visited ASML’s headquarters in Veldhoven and said the country’s emerging semiconductor industry would rely on advanced lithography capabilities and participation from global equipment suppliers. Indian officials have repeatedly pointed to the country’s engineering base, policy support, and manufacturing ambitions as factors attracting international interest.

While India was making its case abroad, it also crossed an important milestone at home. On February 28, Prime Minister Narendra Modi inaugurated Micron’s semiconductor Assembly, Test, Marking, and Packaging facility in Sanand, Gujarat. Both the Indian government and Micron said the inauguration marked the commencement of commercial production and the shipment of the first made-in-India semiconductor memory modules from the site. Micron added that the first shipment went to Dell Technologies for laptops made in India for India.

While India was making its case abroad, it also reached a milestone at home. On February 28, Prime Minister Narendra Modi inaugurated Micron’s semiconductor Assembly, Test, Marking, and Packaging (ATMP) facility in Sanand, Gujarat. Both the Indian government and Micron said the inauguration marked the start of commercial production and the shipment of the first semiconductor memory modules assembled in India.

Micron said the initial shipment went to Dell Technologies for laptops manufactured in India for the domestic market.

The Sanand facility represents India’s first operational foothold in semiconductor backend manufacturing. Micron said the site converts DRAM and NAND wafers produced at its global fabrication plants into finished memory and storage products.

The facility is not a wafer fabrication plant and therefore does not directly increase upstream semiconductor manufacturing capacity. Instead, it performs the assembly, test, marking, and packaging steps that turn processed wafers into deployable products such as packaged memory modules and storage solutions. Still, the facility marks a meaningful step for India’s semiconductor ambitions. Micron described it as the country’s first semiconductor assembly and test facility, while the Indian government called it a major milestone in the nation’s manufacturing journey. Micron said the first phase covers more than 500,000 square feet, and officials expect the site to assemble and test tens of millions of chips in 2026, with capacity potentially scaling to hundreds of millions in 2027.

India’s government says it has approved 10 semiconductor projects totaling about ₹1.6 lakh crore in investment, including two fabrication plants and eight packaging facilities. Officials also reported that pilot production has begun in four units, underscoring the government’s goal of building a domestic semiconductor manufacturing base.

The Micron project is also part of a much wider national push. India’s government said it has approved 10 semiconductor projects with envisaged investment of about Rs. 1.6 lakh crore, including two fabs and eight packaging units. In a February government update, officials also said pilot production had started in four units and identified semiconductor manufacturing as a strategic pillar for supply-chain resilience, electronics growth, and industrial competitiveness.

India’s semiconductor strategy is beginning to move beyond policy design and into operational proof points. The Eindhoven meetings show the country is still actively recruiting global equipment and ecosystem partners, while Micron’s Sanand facility demonstrates that parts of the plan are already producing and shipping.