
Morgan Stanley analysts report a significant resurgence in the NAND flash memory market, previously considered less relevant for AI, now driven by accelerating demand for AI inference and infrastructure deployment. Quad-Level Cell SSDs are emerging as the optimal high-capacity, cost-effective solution for AI models, with AI NAND chips projected to account for 34% of global NAND sales and add $29 billion to the total addressable market by 2029. This accelerated demand, fueled by large orders from cloud providers, could lead to a NAND chip shortage by mid-2025, positioning SanDisk, Samsung Electronics, and Kioxia as key beneficiaries of this secular growth cycle.
The NAND flash memory market, previously considered a secondary player in the artificial intelligence boom, is now identified as entering a significant growth phase driven by AI inference demand. According to a Morgan Stanley research note, Quad-Level Cell (QLC) SSDs are emerging as the optimal solution for AI model storage and fine-tuning due to their high capacity and cost-effectiveness, surpassing traditional hard disk drives. This shift is projected to add $29 billion to the NAND total addressable market, with AI-related demand expected to account for 34% of global NAND sales by 2029. Forward-looking indicators are strong, as cloud service providers are reportedly in discussions for large-scale orders for 2026. This accelerating demand cycle is forecast to create a potential NAND chip shortage by the second half of 2025, positioning key suppliers such as SanDisk (SNDK), Samsung Electronics, and Kioxia as the primary beneficiaries of what is described as a new secular growth cycle.
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