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Micron Commits $24 Billion to Expand NAND Manufacturing in Singapore

Micron announces a $24 billion expansion of NAND manufacturing in Singapore, with production slated for 2028, alongside a $7 billion high‑bandwidth memory packaging plant, aiming to ease global memory shortages fueled by AI.
30 January 2026 by
TechStora Editorial Board

Overview

Micron Technology announced a $24 billion investment to expand its NAND flash manufacturing capacity in Singapore, aiming to bolster global supply amid soaring AI‑driven demand.

Investment Details

The project will add a large wafer‑fabrication facility and a $7 billion advanced‑packaging plant on the same site, the latter targeting high‑bandwidth memory (HBM) production.

  • Capital: $24 billion for NAND fab, $7 billion for HBM packaging.
  • Location: Singapore, Micron’s primary flash‑memory hub.
  • Job creation: Approximately 1,600 new positions linked to NAND fab.

Timeline and Production Ramp‑up

• NAND wafer output is slated to begin in the second half of 2028.
• The HBM packaging plant is expected to start contributing to supply in 2027.

Impact on Global Memory Supply

Analysts predict tight memory conditions will persist through late 2027 despite new capacity, as AI infrastructure and data‑intensive workloads continue to strain NAND and DRAM markets.

  • AI demand is driving unprecedented growth in flash storage.
  • High‑bandwidth memory projects are consuming manufacturing resources that could otherwise support conventional NAND/DRAM.
  • Shortages affect consumer electronics, enterprise storage, and cloud services.

Additional Expansion Plans

Micron is exploring the acquisition of a fabrication site in Taiwan to increase DRAM wafer output, complementing the Singapore expansion.

Technology and Automation

The new Singapore complex will incorporate automation, robotics, and smart manufacturing systems to improve yield and efficiency.

Industry Outlook

While the new facilities will add significant capacity, industry experts caution that no single plant can fully resolve the ongoing memory supply constraints.