Micron Nears Historic Production Start at its First Semiconductor Facility in India

Micron Nears Historic Production Start at its First Semiconductor Facility in India

Micron Technology is expected to begin commercial production at its Assembly, Test, Marking and Packaging facility in Sanand, Gujarat, by the end of February, marking a defining milestone in India’s semiconductor journey.
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Micron Technology is expected to begin commercial production at its Assembly, Test, Marking and Packaging facility in Sanand, Gujarat, by the end of February, marking a defining milestone in India’s semiconductor journey. The development represents the country’s first commercial scale semiconductor manufacturing operation and positions Micron at the center of this transition.

Announced in 2023, the Sanand project involves an investment of ₹22,516 crore, approximately 2.75 billion dollars. The facility focuses on backend semiconductor operations for DRAM and NAND memory products, serving global markets. Once fully ramped, it is expected to achieve a production capacity of nearly 14 million units per week.

While wafer fabrication often dominates discussions, backend processes are equally critical. Assembly, testing and packaging determine how many chips can be shipped to customers, influence quality validation and directly impact supply chain timelines. By establishing this capability in India, Micron is adding a new geographic node to its global manufacturing network.

Image Source: ANI
Image Source: ANI

Speaking to ANI at the AI Impact Summit 2026, S Krishnan, Secretary of the Ministry of Electronics and Information Technology (MeitY) confirmed that production is imminent. He stated, “Maybe by the end of this month we should see the inauguration of the first of the 10 approved semiconductor projects. Micron would be starting production at their facility in India. That would be the first commercial scale production of semiconductors in India.”

Importantly, the Secretary highlighted the long term strategic relevance of the plant for artificial intelligence infrastructure. “Eventually they would be also working on high bandwidth memory, which is so important for AI,” he noted.

High Bandwidth Memory is a critical component for AI computing, data centers and high performance workloads, where memory bandwidth directly impacts system efficiency. As AI adoption accelerates globally, advanced memory packaging capacity becomes strategically important.

With commercial production set to commence, the Sanand plant does more than open a new factory. It signals the activation of India as a viable semiconductor production location within Micron’s global ecosystem, at a time when memory demand and supply resilience are both strategic priorities.

For Micron, the India investment reflects a long term growth perspective. The company has maintained a strong presence in India through engineering and design operations for years. With Sanand entering commercial production, that engagement expands into manufacturing, integrating India more deeply into Micron’s global value chain.

The project has also been supported by central and state level incentives, underscoring collaborative alignment between industry and government to build semiconductor capabilities. However, the strategic weight of the move lies in execution. Once commercial shipments begin and customers validate output, India becomes a qualified and recurring supply point within Micron’s network.

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