Samsung Solidifies NVIDIA Alliance with Massive Next-Gen V-NAND Shipments for AI Infrastructure

The technological synergy between two industry titans is reaching new heights as Samsung Electronics moves beyond traditional component supply. Samsung is already recognized as a crucial supplier for NVIDIA, providing the AI chip giant with essential DRAM, high-bandwidth memory (HBM), and specialized foundry services. However, the latest reports indicate a strategic pivot toward high-capacity storage, marking a significant deepening of their collaborative efforts.

The two companies are now reportedly expanding this partnership into NAND flash storage supply, with Samsung beginning shipments of its tenth-gen V-NAND chips. This move is designed to ensure that NVIDIA has the high-speed, high-density storage required to fuel the next generation of artificial intelligence workloads.

Samsung Aims to be NVIDIA's Premier NAND Flash Supplier

Samsung is already the undisputed leader in the global NAND flash storage market, holding a commanding 29% market share as of the first quarter of 2026. This new agreement with NVIDIA is poised to further cement its dominance. By integrating its most advanced storage solutions into NVIDIA's hardware, Samsung is positioning itself at the very heart of the AI revolution.

According to industry reports, Samsung has significantly increased its supply of ninth-generation V-NAND chips, while mass production and delivery of the tenth-generation versions are already in progress. Not resting on its laurels, the company is also accelerating the development of its eleventh-generation 500-layer-class V-NAND chips to stay ahead of the competition.

The Role of CMX: Driving Massive Storage Demand

A primary catalyst for this expansion is NVIDIA's next-generation Context Memory Storage, known as CMX. Scheduled for release in the second half of this year, the CMX platform is a storage powerhouse, offering a staggering total capacity of 9,600TB through an array of 576 SSDs. Such hardware requires the reliability and speed that only Samsung V-NAND technology can consistently provide.

Market analysts and industry watchers predict that demand for NAND specifically related to the CMX platform will skyrocket from 35 million TB this year to over 100 million TB by next year. Samsung intends to utilize its world-class production facilities to reach an incredible output level of 250 million TB this year alone. This massive scale of production is exactly what is needed to become the primary supplier for NVIDIA’s ambitious CMX infrastructure projects.

What makes the tenth-generation V-NAND different from previous versions?

The tenth-generation V-NAND offers significantly higher bit density and improved power efficiency, which are critical for AI data centers. By stacking more layers and optimizing the cell structure, Samsung can provide the massive storage capacities required by systems like NVIDIA’s CMX without increasing the physical footprint of the hardware.

Why is NVIDIA focusing so heavily on NAND storage now?

As AI models become larger and more complex, the need for "Context Memory" increases. High-speed NAND storage allows the system to quickly access vast datasets that are too large to fit entirely within the HBM or DRAM, making the storage layer a vital component of the overall AI performance chain.

How does this partnership affect Samsung's market position?

This partnership secures a massive, long-term customer for Samsung's most advanced chips. By becoming the lead supplier for NVIDIA, Samsung ensures its 29% market share remains stable or grows, even as competitors try to catch up with their own high-layer NAND solutions.

What is the timeline for the next generation of V-NAND?

While 10th-gen V-NAND is shipping now, Samsung is already fast-tracking the 11th-generation chips. These are expected to feature a 500-layer-class architecture, pushing the boundaries of storage density even further to meet the projected 100 million TB demand in the coming years.

🔎 This deepening alliance between Samsung and NVIDIA signals a new era in the AI hardware race. By securing the supply chain for high-capacity V-NAND, NVIDIA ensures its CMX platform can scale to meet global demand, while Samsung reinforces its status as the backbone of modern computing infrastructure. As storage needs continue to triple year-over-year, the integration of 10th-gen and future 11th-gen V-NAND will be the silent engine driving the next wave of AI breakthroughs.