SSDs are getting more expensive in early 2026, and the same supply pressures pushing up RAM and GPU pricing are now hitting storage. After covering rising RAM prices and rising GPU prices, the next piece of the PC upgrade budget is starting to move in the wrong direction: NVMe M.2 drives and even external SSDs. The short version is simple: SSDs rely on NAND flash (and often DRAM cache), and both are being pulled hard by the same demand cycle that is reshaping the broader memory market. If you have been planning a storage upgrade, it is worth understanding what is driving the increase, what types of SSDs are most affected, and how to buy intelligently without panic-buying.
What SSDs do for a computer
An SSD (solid-state drive) is your computer’s main storage. It holds your operating system (like Windows), your apps, and your files, and it is where games and programs load from.
Because SSDs have no moving parts, they can read and write data much faster than an old-style hard drive (HDD). In practical terms, that usually means:
- Faster startup and shutdown: Your PC boots in seconds instead of minutes.
- Quicker loading in apps and games: Levels, textures, and big files load faster.
- Snappier everyday use: Windows feels more responsive when you open folders, search, install updates, or multitask.
- Better reliability for bumps and travel: SSDs handle movement better than HDDs because there is nothing spinning inside.
It also helps to know there are different “jobs” an SSD might do in a PC:
- Boot drive: The SSD where Windows and your main programs are installed. This is the drive you “feel” the most in daily use.
- Game or scratch drive: Extra SSD space for a Steam library, creative projects, or large working files. This matters most for loading and transfers.
- External SSD: Portable storage for backups or moving big files between devices.
Why SSD prices are rising
SSD prices are not going up because people suddenly started buying more games. They are going up because the same materials that make SSDs are being pulled into the global AI and data-center boom.
Every modern SSD is built from two key components:
- NAND flash, which actually stores your data
- DRAM cache (on higher-end drives), which keeps speeds fast and stable
Those two things are also exactly what massive AI servers and cloud data centers need in enormous quantities. And unlike consumers, those companies can sign long-term contracts and pay whatever it takes.
AI data centers are consuming the world’s NAND
Over the last year, companies building AI infrastructure have been buying NAND and DRAM in volumes that did not exist before. Training large language models, running AI services, and storing massive datasets requires:
- Huge pools of system memory (DRAM)
- Huge pools of fast flash storage (NAND, used in SSDs)
As PC Gamer reported, NAND manufacturers have been selling nearly everything they can produce to enterprise customers, with Phison’s CEO saying that “every NAND manufacturer” is effectively sold out for 2026. Kingston also confirmed that NAND wafer prices are up 246% since early 2025, with most of that increase happening in just the last two months of the year.
When that much supply is locked up by data centers, there is simply less left for consumer SSDs.
SSD makers are shifting production away from consumer drives
SSD manufacturers do not just make one kind of drive. The same factories that produce gaming SSDs also produce high-margin enterprise SSDs for servers.
When AI companies are willing to pay more, manufacturers naturally prioritize:
- Enterprise and datacenter SSDs
- High-capacity, high-end NAND products
That leaves fewer chips available for consumer drives like the ones you put in a gaming PC or a PlayStation 5. Lower supply plus steady consumer demand means higher prices.
The raw materials and manufacturing costs are also rising
Even without AI, SSDs would still be getting more expensive to make.
NAND flash production relies on:
- Silicon wafers
- Ultra-pure chemicals
- Extremely expensive clean-room fabrication plants
Those costs have jumped sharply over the last six months, in some cases by 60 to 100 percent, according to industry tracking. And unlike software, you cannot spin up new factories overnight. A new NAND fab takes years and billions of dollars to build.
So manufacturers are facing:
- Higher demand
- Higher input costs
- Limited ability to expand production
That is the perfect recipe for price inflation.
This is why RAM and SSDs are rising together
If this feels familiar, that is because it is. RAM and SSDs share the same supply chain. DRAM is used for system memory, and NAND is used for storage, but both are produced by the same few companies using similar fabs.
That is why you are seeing:
- RAM prices spike
- SSD prices spike
- And even HDD prices creep up as people look for alternatives
It is all one big memory shortage, not separate problems.
Why prices are not likely to fall soon
Industry forecasts now expect NAND and DRAM shortages to last through late 2026 and into 2027. New factories are being built, but they will not come online fast enough to undo the current squeeze.
That means what we are seeing now is not a short-term sale cycle. It is a structural shift in how memory is allocated between consumers and AI infrastructure.
SSDs are more expensive because the world suddenly decided that data is more valuable than ever, and the companies training and running AI models are outbidding everyone else for the same chips that power your PC.
If you have been following what is happening with RAM and GPU pricing, the SSD market should feel very familiar. The same memory shortage that pushed DRAM prices higher is now fully hitting NAND flash, and that is what SSDs are built from. Most industry forecasts now expect storage prices to stay elevated through late 2026 and possibly into 2027. That does not mean prices will go straight up every week, but it does mean the deep, easy deals from 2024 and early 2025 are very unlikely to return any time soon.
So if you know you need more storage for games, work, or a new PC build, waiting rarely helps in this kind of supply cycle. You might see small holiday discounts here and there, but the baseline price level has already shifted higher. For many people, buying sooner rather than later is the safer move.
Another option to think about is avoiding the DIY SSD market entirely. When you buy a complete system, the cost of the SSD is bundled into the total price, which can soften the impact of these swings. If you are already considering a new desktop or laptop, it makes sense to at least look at what is available with fast NVMe storage included.
You can browse current gaming and everyday PCs with SSDs already installed on the Acer Store, which can be a useful way to lock in storage performance without chasing individual drive prices in a volatile market.
FAQ
Why are SSD prices going up in 2026?
SSD prices are rising because NAND flash and DRAM are in short supply. AI data centers, cloud providers, and enterprise servers are buying huge amounts of memory and storage, which leaves less supply for consumer SSDs and pushes prices higher.
Are NVMe M.2 SSDs more affected than SATA SSDs?
Yes. NVMe drives use newer, faster NAND and controllers, which are in higher demand from enterprise and AI systems. SATA SSDs are also getting more expensive, but NVMe prices have risen faster.
Will SSD prices go back down this year?
Large drops are unlikely in 2026. Small sales may appear, but industry forecasts suggest that NAND shortages could last into 2027, which keeps overall prices elevated.
Is this the same reason RAM prices went up?
Yes. RAM uses DRAM, and SSDs use NAND, but both are made in the same factories by the same companies. The AI boom is pulling both types of memory into data centers, creating a shared shortage.
Are external SSDs affected too?
Yes. External SSDs use the same NAND flash as internal drives, so they are seeing similar price increases.
Should I wait for a sale or buy now?
If you know you need more storage soon, waiting is risky. Prices may fluctuate, but the overall trend is upward. Buying during a decent sale now is often better than hoping for old-style discounts that may not return.
HDD vs SSD: should I switch back to a hard drive to save money?
Traditional hard drives (HDDs) are cheaper per terabyte, but they are far slower and less responsive than SSDs. An HDD will make Windows boot slower, games load longer, and everyday tasks feel sluggish. SSDs, even with higher prices, still deliver a much better experience for gaming, work, and general use. If you want a deeper breakdown of the real-world differences, you can link readers to your HDD vs SSD comparison article here.
Would buying a prebuilt PC avoid SSD price hikes?
Sometimes. Prebuilt systems bundle the SSD into the total system price, which can reduce the impact of rising standalone drive prices. That is why it can be useful to check current systems on the Acer Store if you are already planning a new PC.
Will this affect console storage upgrades like PlayStation 5 SSDs?
Yes. PS5 and Xbox expansion drives use the same NAND and controllers as PC SSDs, so their prices tend to rise along with the rest of the market.
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