Micron Says Its India Memory Plant Is Now Shipping Globally

Micron says memory and storage products assembled and tested at its Sanand facility in Gujarat, India are now shipping to customers globally. Chairman and CEO Sanjay Mehrotra announced the broader shipping status on September 17 at Semicon India 2026, after the site began commercial production earlier this year.

The development expands the role of Micron’s first semiconductor assembly-and-test facility in India beyond its initial domestic shipment. When Micron formally opened Sanand on February 28, it presented the first made-in-India memory modules to Dell Technologies for laptops manufactured in India. Micron said at the time that the facility would ultimately serve customers worldwide.

Micron’s February opening announcement provides the clearest company production target for the site. It expects Sanand to assemble and test tens of millions of chips during 2026 and to scale to hundreds of millions in 2027. Once fully ramped, the first phase is planned to contain more than 500,000 square feet of cleanroom space.

Indian reporting from Mehrotra’s September 17 remarks puts current site capacity at about 14 million units per week. That figure describes assembly-and-test throughput rather than wafer starts, and it should not be translated directly into retail DIMM, SSD or memory-chip supply without knowing the product mix, package configuration and utilization.

A memory supply chain does not end when a DRAM or NAND wafer leaves a fab. Dies still need assembly, packaging, testing and integration into products before they can reach PC makers, module vendors and storage manufacturers. Adding geographic diversity at that downstream stage can make Micron’s production network less dependent on a smaller number of assembly-and-test locations.

For PC buyers, however, the announcement is not evidence that DDR5 or SSD prices are about to fall. Retail pricing depends on front-end DRAM and NAND wafer supply, product mix, yields, inventory, demand and downstream capacity together. Sanand can remove or diversify a later-stage manufacturing constraint, but it does not create new memory wafers.

Micron describes Sanand as an approximately $2.75 billion combined investment by the company and its government partners. The company announced the project in 2023 and opened the facility in February 2026, making the September global-shipping update a ramp milestone rather than a new factory announcement.

That timeline is also why the global shipment news should not be read as a sudden increase in Micron’s total memory manufacturing capacity. The physical facility and commercial production already existed. What changed is the breadth and scale of the downstream customer flow as Sanand moves further into its planned production ramp.

The useful next signals are actual ramp progress toward Micron’s hundreds-of-millions-of-chips target for 2027, the mix of DRAM and NAND products processed at Sanand, and whether additional suppliers and manufacturing stages cluster around the site. Those details would say more about the plant’s effect on Micron’s global supply chain than the headline shipment milestone alone.

For consumer PC memory and SSD markets, front-end wafer capacity remains the more direct supply variable. Sanand matters because it broadens the manufacturing chain after those wafers are produced, not because it independently resolves DRAM or NAND scarcity.