Buying an SSD in the 2026 Shortage

The old buying playbook is broken. Here's the new one.

A reader emailed me last week with a screenshot. It was a 2TB Samsung 990 Pro on Amazon, priced at $449. His question was simple: "Is this a scam, or did I miss something?"

It wasn't a scam. In November 2024, that same drive hit $149 on sale. In February 2026, $289 was roughly the going rate. And the email, the one I actually hated writing, said that if he needed a drive now, $449 was probably going to look cheap in sixty days.

That's the shape of the SSD market in 2026. Prices that looked like typos eighteen months ago are now the new baseline, and the familiar muscle memory of PC building — wait for a Prime Day, watch the Slickdeals feeds, price-match against Newegg — has stopped working. The sales don't come. When they do, the "sale" price is higher than last year's MSRP. And the drives that used to anchor every build recommendation are either gone from shelves or selling for enough money that you have to stop and think about whether you actually need storage that badly.

I wrote about the structural reasons for this a few weeks ago — why AI infrastructure demand is dismantling the consumer SSD market, why Micron killed Crucial, why Kioxia's 2026 production is already sold out before we're halfway through the year. That piece answered why. This one is the piece I've been getting asked for ever since, which is what do I actually do about it. If you're about to spend real money on storage in this market, here's the honest playbook.

Three events that broke the old rules

Before the practical advice, a brief recap of the facts, because the playbook changes depending on which facts you're working from.

Micron announced on December 3, 2025 that it was exiting the Crucial consumer memory and SSD business entirely after twenty-nine years. Shipments ceased by the end of February 2026. The reason, stated plainly by Micron EVP Sumit Sadana, was that the company was reallocating production capacity to AI and enterprise customers who were willing to pay more for the same NAND. Crucial isn't in trouble. Micron is making more money selling HBM memory to Nvidia than it ever did selling budget SSDs to PC builders, so the budget SSDs are gone.

Kioxia's managing director Shunsuke Nakato stated in press comments that the company's entire planned SSD production volume for 2026 was already sold out, and that the era of cheap consumer SSDs had likely passed and would not return in coming years. Kioxia makes the NAND inside a huge portion of drives you've actually bought — their flash shows up in WD, Sandisk, and a long list of second-tier brands — so "sold out" at Kioxia is a signal that reverberates across the shelf, not just at one brand.

And according to reporting from Moore's Law Is Dead in December 2025, Samsung is reportedly ending EVO SATA SSD production entirely — not rebranding, not refreshing, but removing the product line from the market. This one is important to label carefully. Samsung has not officially confirmed the move. Moore's Law Is Dead has a solid track record on hardware leaks, and the reporting fits the broader pattern of Samsung redirecting NAND to higher-margin products. But until Samsung says so on the record, treat it as credibly reported rather than confirmed. I'll update this piece if that changes.

Those three events together explain why the market feels different this year. It's not just that prices are up. It's that the supply side has genuinely contracted. When a reader asks me "should I wait for prices to come back down," part of the honest answer is that some of the drives they're remembering the price of aren't being made anymore.

The "buy now or wait" question

I get this question more than any other right now, so let me answer it directly.

If you need storage for a system you're building this month or a drive that has already failed, buy now. Kingston's Datacenter SSD Business Manager Cameron Crandall put the case on The Full Nerd Network podcast in December, saying the best advice he could give consumers was to not hold off on a purchase because it would be more expensive thirty days later, and more expensive again thirty days after that. He cited NAND costs up 246% from Q1 2025, with 70% of that increase happening in just the prior sixty days. TrendForce's Q1 2026 contract price data showed client SSD prices rising at least 40% quarter-over-quarter, with Q2 projections in the 70-75% range. Those numbers are projections, not certainties, and I'll come back to that. But the direction of travel is clear enough that waiting has become the expensive choice.

If you're thinking about upgrading a drive that's still healthy, from a 1TB to a 2TB because you're running low on space, the answer is different. Don't. This is the single most expensive time in fifteen years to buy storage you don't actually need yet. Clean up your library, move game installs you haven't touched in six months to an external drive you already own, and revisit the upgrade in late 2026 when the picture might be clearer. Not better, necessarily — just clearer.

If you're in the middle ground — your drive works but is showing signs of age, your build is planned but not urgent, your NAS is full but not failing — lean toward acting rather than waiting. The scenarios where delay pays off have gotten rare. I can't tell you with confidence that prices will be higher in six months, because nobody can. I can tell you that every forecast I trust puts meaningful relief at least into late 2026 at the earliest, and more likely into 2027 or 2028. Waiting a few weeks to shop carefully is fine. Waiting six months to see if things improve is a bet against the consensus.

The capacity trap

Here's the piece of advice that surprises people the most: the old rule about buying bigger to save on cost-per-terabyte has inverted for the moment, and you should probably ignore it.

For roughly a decade, the math on SSDs followed a predictable curve. The 500GB drives were priced for people who didn't know better, the 1TB drives were the sweet spot, the 2TB drives were the best value for enthusiasts, and the 4TB drives were a modest premium if you had the budget. In that world, buying one 4TB drive was almost always smarter than buying two 2TB drives, both on price per terabyte and on the principle that one M.2 slot is simpler than two.

That's not the market we're in. Tom's Hardware reported in January that the average 8TB consumer NVMe SSD was selling for $1,476 — literally more expensive per gram than gold. The 4TB tier is seeing similar distortions, with popular drives priced well above twice their 2TB equivalents. Meanwhile, the 1-2TB segment is the most competitive tier remaining, with the widest selection still in stock and the smallest price inflation. The cost-per-terabyte curve has flipped upside down at the top end, and the premium for capacity is now big enough that splitting a build across two smaller drives makes real financial sense.

There's also an RMA consideration. If your one 4TB drive fails and takes six weeks to replace through warranty, that's six weeks without the data. If one of your two 2TB drives fails, you still have the other one working. In a market where replacement inventory is being pulled from refurbished pools and lead times are stretching, drive redundancy at the purchase level has quietly become a value proposition.

I don't love giving this advice because it contradicts fifteen years of honest guidance. But the data is what the data is. If you're building today and can split storage across two drives instead of one, run the numbers before committing to the bigger single drive. You'll probably find the split is cheaper, and you get a failure-mode benefit you didn't have before.

A fair question at this point is whether the smart move is to take two smaller drives and stripe them in RAID 0, chasing both the price break and the performance gains. For an internal gaming or general-use build, the answer is no, and the answer has been no for several years now. The common assumption is that RAID 0 across two NVMe drives should roughly double your throughput. In synthetic benchmarks it sometimes does. In actual use — game load times, OS responsiveness, application launches — the gains are somewhere between nonexistent and slightly negative once RAID overhead is accounted for. Modern NVMe drives are fast enough that the bottleneck has moved upstream to the CPU, the game engine, or DirectStorage support, and adding a second drive in RAID 0 doesn't move that bottleneck. It just doubles your failure surface, because the whole array dies when either drive fails. RAID 1, which mirrors rather than stripes, gives you redundancy but cuts your usable capacity in half — which in this market means paying twice the price per usable terabyte and defeating the whole point of splitting across smaller drives.

Where multi-drive strategies genuinely do make sense is outside your main system. External dual-bay NVMe enclosures with hardware RAID have gotten genuinely good, and over a USB 3.2 Gen 2x2 or Thunderbolt connection, two 2TB drives in an enclosure will deliver real-world transfer speeds in the 1.6 to 1.8 GB/s range — far better than any single-drive external case, and more than enough for 4K video editing off the drive directly. If you're a content creator who needs fast portable storage and the 4TB internal premium is hard to stomach, two 2TB drives in a quality enclosure is a legitimately smart 2026 play, with the added benefit that you can upgrade one drive at a time as the market shifts. Similarly, if you're building a small NAS for home media or backup, the RAID arithmetic works differently: you're buying redundancy for data you actually care about, not benchmark numbers, and four smaller drives in RAID 5 or RAID 10 has always been the right architecture for that use case. The shortage hasn't changed the NAS math — it's just made the underlying point (smaller drives, more of them, protected against failure) more financially relevant than it was a year ago.

What the price tag doesn't tell you

The sticker price on a drive is the part of the cost you can see. Several things that affect the actual value of what you're buying are invisible at the moment of purchase, and they've all gotten worse in the last six months.

The first is controller availability. Controllers are the brains of an SSD, and as of early 2026, they're in critical shortage. T-Glass, a packaging material used in controller manufacturing, is constrained. TSMC and UMC, the foundries that make most controller chips, are running at full capacity serving higher-priority customers. The practical effect is that identical drives are showing up "in stock" at one retailer and on six-week backorder at another, because the retailer waiting on restock is waiting on controllers that haven't been made yet. When you see a drive you want actually in stock at a real retailer, that availability is itself a price you're paying for. Waiting for a better price on the same drive from a different retailer is sometimes waiting for inventory that may not arrive.

The second is silent spec changes. SSD manufacturers have always quietly swapped components between production runs — different NAND suppliers, different DRAM sizes, occasionally different controllers — without changing the model number on the box. In normal times, this is annoying but mostly cosmetic, because the alternative parts perform similarly. In a shortage, the alternatives are whatever the manufacturer could get their hands on, and the performance delta between revisions of the same drive can be meaningful. The drive you buy today with a given model number may not be the drive that review sites tested six months ago. The practical defense is to look for reviews of the specific revision shipping now, not reviews from the initial launch, and to lean toward brands that have historically been transparent about component changes.

The third is the disappearance of sale cycles. For years, the savvy move on a mid-tier drive was to watch the price tracker, wait for the routine 20-30% discount that showed up every six to eight weeks, and buy then. Those cycles have largely stopped. Retailers aren't discounting inventory they can sell at full price, and manufacturers aren't running promotions to move stock they don't have. The price you see today is closer to the price you'll see in a month than it is to any sale price you remember from 2024. If you're price-tracking a drive and waiting for a dip, understand that you may be waiting for something that isn't coming.

The fourth is regional price divergence. Through the 2010s and early 2020s, SSD pricing was roughly consistent across US, EU, and UK markets, with minor variance due to tax and shipping. In 2026, that consistency has broken down. The same drive can cost meaningfully different amounts in different regions depending on local distribution, import costs, and where the manufacturer has prioritized allocation. For US readers, the domestic market is your primary reference point. For readers in Europe, keep an eye on UK and German pricing separately, because they're moving at different rates.

Where to look when the familiar names are gone

With Crucial gone and Samsung retrenching, the shelf looks different than it did a year ago. WD is still here. Sandisk is still here. Kingston is still here and has publicly committed to the consumer channel. Beyond those, there's a second tier of brands that have been competent but overlooked for years, and they're getting more of the shelf space by default: Lexar, Teamgroup, Silicon Power, Addlink, Patriot, and on the higher end, Solidigm.

Evaluating an unfamiliar brand in this market is a skill worth developing. There are four things I look at before trusting a drive I haven't used personally. The controller lineage matters — Phison, Silicon Motion, Maxio, and InnoGrit all make controllers used across dozens of brands, and the specific controller inside a drive usually tells you more about real-world performance than the badge on the heatsink does. The DRAM situation matters — a drive with dedicated DRAM cache will generally hold performance under sustained load better than a DRAM-less design relying on the host memory buffer, and at similar price points, DRAM is worth paying for. The warranty terms and TBW rating matter as a signal of how much the manufacturer is willing to stand behind the product. And the RMA track record matters — a brand with a five-year warranty that doesn't actually honor claims is worse than a three-year warranty from a company that handles replacements cleanly. Reddit's r/buildapc and r/DataHoarder have running threads on who's easy and who's painful to deal with on RMAs, and they're worth a search before committing to an unfamiliar brand.

The other alternative worth mentioning is the used and refurbished market, which has become genuinely interesting for the first time in a decade. When new drive prices were falling faster than used prices, buying used was almost always a bad trade. That math has inverted. A used 990 Pro 2TB at $180 is now a legitimate value play, provided you verify the drive's wear state with CrystalDiskInfo before completing the purchase, check that the firmware is current, and understand that warranty transferability varies by manufacturer and often doesn't apply to the second owner. For readers willing to do that homework, the used market is providing some of the best per-dollar storage available in 2026.

And for bulk storage that doesn't need SSD performance, the best value on the market right now is something that was unfashionable two years ago: the hard drive. Enterprise HDDs remain six to eight times cheaper per terabyte than enterprise SSDs, and that gap has widened in 2026 rather than narrowed. Seagate reported in its Q2 FY2026 earnings that nearline HDD capacity is fully allocated through the year, driven by AI data demand, but consumer-grade large HDDs are still available at reasonable prices. For a Steam library that sits at 40TB, a media archive that grows by a terabyte a month, or a backup target that you read from rarely, putting that data on NVMe at current prices is the most expensive mistake most builders are making. A hybrid build — a fast NVMe for the OS and active projects, a big HDD for cold storage — is the sane answer to a market that has priced NVMe bulk storage like jewelry.

Gen 4 over Gen 5

One brief note on generations, because it's come up in most of the emails I've answered on this topic. In a shortage, the premium on Gen 5 drives makes even less sense than it did a year ago. Real-world gaming benefits over Gen 4 remain marginal — we're talking a couple of seconds on level loads in specific titles. General productivity feels identical. Thermal overhead is higher, which means Gen 5 drives need more cooling to avoid throttling. And the price gap over Gen 4 now compounds on top of an already-inflated base price.

For the overwhelming majority of diySSD readers, Gen 4 is the correct choice in this market. Content creators pushing 8K footage in real time have a real use case for Gen 5, and AI practitioners loading large models repeatedly from disk can benefit. Almost everyone else is paying a premium for bandwidth they won't use. I'll have a longer piece on the Gen 4 versus Gen 5 question in the future, but in the meantime, if you're deciding between a Gen 4 drive in stock at a reasonable price and a Gen 5 drive at a premium you're not sure about, the Gen 4 drive is almost certainly the right call.

If you're actually buying right now

Let me close with the specific scenarios I'm getting asked about most.

If you're a gamer building a new system this month, get a single 2TB Gen 4 NVMe drive for the OS and your active games. Look at WD_Black, Samsung 990 Pro, or a well-reviewed second-tier option with a Phison or SM controller. Add a 4TB HDD for your Steam library and media, not a larger SSD. Skip Gen 5 unless you have a specific workload that benefits from it.

If you're a content creator who genuinely needs 4TB or more of fast storage, split it across two 2TB drives rather than one 4TB drive. Run the numbers on that — I think you'll find it cheaper as well as more failure-resilient. Your scratch drive should be the newest, your archive drive can be the older one that gets retired from active duty.

If your laptop SSD just died and you need a replacement, this is the most painful scenario in the current market. Match the form factor and interface of what failed, buy the smallest capacity that meets your actual needs rather than what you had before, and resist the urge to upsize while you're in there. If the laptop is more than four years old, consider whether the drive failure is a signal to replace the machine rather than the drive.

If you're building a small-form-factor system or a NAS, lean on HDDs for bulk where you can, and buy SSDs that match your thermal envelope. Gen 4 with a slim heatsink, or even a DRAM-less drive in a system where you're primarily reading from it, can make sense here in ways they don't in a high-performance desktop build.

What happens next

I want to be honest about what I don't know. The NAND market is cyclical. It has crashed before, it has recovered before, and anyone who tells you with certainty that this time is different is selling something. Previous shortages eventually ended in oversupply and price collapses, and there's no law of physics that says this one won't.

What's genuinely different about this cycle is that AI infrastructure demand is anchored in multi-year hyperscaler capital commitments and take-or-pay contracts that lock up capacity regardless of whether the AI use cases ultimately deliver on their promise. Previous shortages were driven by consumer cycles — phone launches, holiday PC sales, gaming console refreshes — that eventually cooled because the underlying demand was speculative. This cycle's demand floor is contractual, which is a different thing. Whether that floor holds through 2027 and beyond depends on questions about AI economics that nobody can answer confidently yet.

The consensus among analysts I trust is that meaningful relief is unlikely before late 2026, more probably 2027, and possibly later than that. Some outlets are more bearish. Nobody credible is predicting a near-term drop. If you see a confident forecast of "prices will drop in Q3 2027," treat it with skepticism — that's not a forecast, that's a guess dressed up in confidence.

diySSD will keep tracking the pricing data on the drives we cover, across more than 750 SKUs, and publishing updates as the market moves. If you want to know whether a specific drive is trending up or down, that data is on the site. If you want to know whether the overall market is turning, I'll write about it here when the evidence justifies it, not before.

Until then: buy what you need, don't buy what you don't, and don't let anybody panic you into a purchase that doesn't serve your actual use case. This market is unusual, but you still have choices.