SSD Prices Are Rising Again — and Two of the Biggest Chipmakers Are Already Sold Out

When heard in the proper context, a certain moment tends to land differently. Early in January, Dean Beeler, the tech chief and co-founder of Juice Labs, shared on Facebook that a few months prior, he had spent about $300 on 256 gigabytes of RAM, which is the most that his motherboard can handle. “Who knew,” he said, “that would end up being ~$3,000 of RAM just a few months later.” It’s not a rounding error. In less than a year, that is a ten-fold price increase in a product category that most people consider to be a commodity.
In a nutshell, the world’s memory supply was consumed by AI. In the longer version, three companies—Micron, SK Hynix, and Samsung—that collectively control almost the whole global market for RAM and NAND flash storage make the logical but disruptive decision to shift manufacturing capacity away from the traditional DRAM and NAND found in laptops, smartphones, and consumer SSDs and toward high-bandwidth memory for AI chips. Every significant consumer electronics company’s earnings calls, retail shelves, and enterprise storage quotes all reflect the fallout from that choice.
“We have seen a very sharp, significant surge in demand for memory, and it has far outpaced our ability to supply that memory and, in our estimation, the supply capability of the whole memory industry,” stated Sumit Sadana, chief business officer of Micron, in January at CES in Las Vegas, a trade show that operates under the premise of consumer abundance. He also pointed out the mechanism: Micron produces three bits of conventional memory for every bit of HBM memory used in Nvidia’s AI chips. “As we increase HBM supply,” Sadana stated, “it leaves less memory left over for the non-HBM portion of the market.” By the time he said this, Micron’s stock had already increased 247% from the previous year. The net income of the business had almost tripled. They were thriving. Additionally, they were sold out for the entire year.

From the storage perspective, Kioxia, the third-largest NAND manufacturer in the world and a Japanese company, confirmed that all of its 2026 NAND flash production volume had already been committed. For its entire 2026 RAM production, SK Hynix had similarly secured demand. During a November earnings call, Phison’s CEO was even more direct: “every NAND manufacturer” had informed him that they were sold out for 2026. This is a short-term mismatch between supply and demand that goes away in a quarter or two, not a shortage in the conventional sense. In a December analysis, IDC described this as a potentially long-term strategic reallocation of global silicon wafer capacity.
The enterprise storage market figures show how drastic the divergence has gotten. A 30-terabyte TLC enterprise SSD cost $3,062 in Q2 2025, according to datacenter storage software provider VDURA. That same drive was getting close to $11,000 by Q1 2026, a 257% increase in about nine months. In contrast, hard drives saw an increase of roughly 35% during the same time frame, which may seem negative when compared to the trajectory of SSDs. In less than a year, the price difference between SSD and HDD capacity has increased from 6.2 times to 16.4 times. A mixed SSD-and-HDD fleet over a three-year period would cost about $6 million, whereas an equivalent SSD-only setup would cost over $25 million, according to VDURA’s modeling of a hypothetical enterprise storage deployment. Datacenters that previously built SSD-only infrastructure are starting over.
For customers, the narrative is more subdued but rapidly growing. In October, the Lexar NM790 1-terabyte NVMe SSD, a popular drive that is frequently recommended by PC gaming outlets, cost $66. It was $118 by January. Major retailers sold the 4TB WD Black SN850X for more than $1,000. When it was available, the 8TB model cost about $1,080 at Newegg, which is about 55% more than it did in May. DRAM prices are expected to rise between 50% and 55% in Q1 2026 compared to the previous quarter, according to TrendForce, a Taipei-based research firm that closely monitors memory markets. The firm called this quarterly increase “unprecedented” in its tracking history.
Looking at this from the outside, there’s a sense that the cheap storage era, which lasted from about 2016 to 2024, when 1TB SSDs dropped to $60 and NAND flash seemed destined to keep getting cheaper indefinitely, has ended not because the underlying technology stopped getting better but rather because a structural shift in demand changed who the manufacturers are building for. According to Kioxia, the scarcity is probably going to last until 2027. There is “no scenario where memory prices correct in the second half” of 2027, according to recent market research that PC Gamer cited. Micron is constructing new factories in Idaho and New York, but the Idaho facilities won’t start up until 2027 and 2028, and the New York plant won’t start up until 2030. When the supply response occurs, it will happen gradually. Meanwhile, the SSD that cost $66 in October is almost twice as expensive as the RAM, which was $300 in September and is now $3,000. Spending on AI infrastructure has changed who the memory industry is truly building for, and consumers are downstream from that choice. This is reflected in both figures.