Micron's Sanand Plant: Memory Chips, Assembled in India
The first major global memory chip maker to bet on India, and what its factory actually does
Imagine Micron, one of the world's largest memory chip manufacturers, producing the DRAM and NAND flash memory chips that sit inside nearly every smartphone, laptop and data centre server covered throughout this page, choosing India specifically for a $2.75 billion assembly and test facility in Sanand, Gujarat, becoming one of the first major global memory chip companies to commit this scale of investment to Indian semiconductor operations.
This Sanand facility operates specifically as an OSAT plant, Outsourced Semiconductor Assembly and Test, covered elsewhere on this site, meaning it doesn't fabricate the actual silicon wafers, Micron continues that stage elsewhere globally, but handles the packaging and testing stage, taking manufactured memory chip wafers and completing them into the finished, tested components that actually ship to device manufacturers, a genuinely significant but distinct stage from wafer fabrication covered under the Dholera fab discussion elsewhere on this site.
Reaching volume production by late 2025 and formally inaugurated in February 2026, this facility's practical significance extends directly into India's own electronics manufacturing ecosystem covered under IT Hardware elsewhere on this site, memory chips assembled and tested domestically can supply India's rapidly scaling smartphone and laptop assembly industry with a genuinely shorter, more resilient supply chain than depending entirely on memory chips assembled overseas.
Micron's decision to invest in India specifically reflects the same China Plus One supply chain diversification logic covered under IT Hardware elsewhere on this site, global chip companies increasingly seeking manufacturing locations beyond their traditional East Asian concentration, and India's semiconductor mission incentives, covered elsewhere on this site, providing exactly the kind of policy support that made this specific investment decision commercially attractive relative to expanding capacity in more established but increasingly geopolitically concentrated semiconductor manufacturing hubs.