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On July 16, 2013, Micron announced that it was sampling 128-gigabit (Gb) multi-level-cell (MLC) NAND flash made using a 16-nanometer (nm) process. The announcement concerned a memory-manufacturing process and the NAND device it enabled—not a consumer SSD model. Micron described the process as the most advanced node then used by sampling semiconductor devices; that was the company’s characterization at the time.
What Micron announced
Micron’s July 2013 release said it was sampling 128Gb MLC NAND devices with select partners and planned full production in the fourth quarter of 2013. Micron called the 16 nm process its next-generation technology and said it enabled higher-capacity memory in smaller form factors. These were claims and plans made in the company’s announcement, not independently reported benchmark results. Read Micron’s July 2013 announcement.
What “16 nm” and “128Gb” mean
The two numbers describe different things. “16 nm” is the process-node label for the technology used to manufacture the NAND. “128Gb” is the capacity of each announced memory device. The announcement did not describe a finished drive with 128Gb of user storage, nor did it name a retail product.
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Micron later said its 16 nm process delivered 16GB of storage on a single die and that a 300 mm wafer could produce nearly 6TB of storage. The company called the single-die density the highest-density planar NAND flash memory ever developed. These are Micron’s historical figures and superlative, published on its company timeline; the timeline does not give a publication year for them. See Micron’s company timeline.
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Where Micron intended to use the NAND
Micron listed consumer SSDs, USB drives, flash cards, tablets, ultrathin devices, mobile handsets, and data-center cloud storage as target applications. Those examples describe the company’s intended markets, not proof that every category shipped a product containing this particular NAND. The release said Micron was developing SSD solutions based on the devices and expected to ship 16 nm flash SSDs in 2014; it did not identify a model.
For readers considering a consumer SSD, the announcement alone cannot establish that any currently sold drive contains this 2013 NAND. That requires evidence tied to a specific model.
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What happened after the announcement
In a 2014 release, Micron said its 16 nm NAND was in full production and described it as the foundation for a popular SSD, without naming that drive in the supplied release. This is historical follow-up, not confirmation of a currently available product or a way to identify compatible drives. Read Micron’s 2014 production announcement.
In June 2015, Micron announced a separate 16 nm triple-level-cell (TLC) NAND product for cost-sensitive consumer applications, including USB drives and consumer SSDs. The release said its 16GB TLC NAND was in production and available then. Micron said the TLC design enabled the same capacity as MLC NAND with 28% savings in die area. That figure belongs to the 2015 TLC product; it should not be applied to the 2013 MLC device. Read Micron’s 2015 TLC announcement.
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Micron’s current product page describes later G8 NAND, including up to 1Tb per die and up to 2TB per package. It does not identify G8 as the 2013 16 nm NAND, so the historical process label should not be treated as interchangeable with later NAND generations. See Micron’s NAND product information.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How to read the market-leading claims
Micron’s 2013 release called its process the most advanced node among sampling semiconductor devices. Its company timeline later called the density the highest ever developed for planar NAND. Both are Micron’s descriptions, and neither source provides an independent market-share figure or benchmark comparison to quantify competitive leadership.
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The release also quoted Gartner on the importance of cost reductions and leadership in flash process technology. It gave no numerical Gartner market statistic. Micron executive Glen Hawk framed the goal as serving customers seeking higher capacity in smaller form factors; that is the company’s rationale for the announcement, not a measured consumer outcome.
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