If you are one of those people who keep postponing an SSD purchase until prices come down, 2026 broke that rule. For the first time in years, the storage market is not following ordinary supply and demand: AI data centers have become the factories' number one customer, and the regular user is now last in line.
According to TrendForce data, contract prices for NAND chips — the chips every SSD in the world is built from — rose 55–60% in the first quarter of 2026, then 70–75% in the second quarter, and even when the climb cooled off in the third quarter it still stood at 10–15%. Three consecutive quarters of increases, without a single quarter of decline.
What is actually happening in the memory market
The story started with RAM: AI data centers absorbed most of the world's memory output, and estimates suggest that around 70% of high-performance DRAM in 2026 is going to AI servers. The pressure then moved to NAND, because a single AI server rack needs 10 to 50 times more storage than a conventional server.
The result is that enterprise SSDs now consume roughly 60% of global NAND production, and their contract prices jumped about 80% in the first quarter alone. Major manufacturers such as Kioxia and Western Digital have sold their entire 2026 production capacity in advance — meaning that even if demand for consumer drives rises, there is no spare manufacturing capacity left to meet it.
And here is the part that touches you directly: some manufacturers are deliberately cutting output of consumer drives to protect their margins, and there are reports that companies like Dell and Lenovo plan to reduce storage capacities in their 2026 laptops to control costs. The same storm is hitting the rest of the components: memory chips now make up more than 80% of the manufacturing cost of a graphics card, the RTX 5090 has passed $4,600 in the US market, IDC expects computer prices to rise by up to 8% during 2026, and some manufacturers have even started selling prebuilt PCs with no RAM at all.
What this means for you in practice
Let's talk in global market numbers: a Samsung 990 Pro 1TB cost around $90 in October 2025 and reached about $200 by March 2026. Gen 4 drives at 2TB that were around $75 in late 2025 now range between $280 and $320. This is not a seasonal bump that comes and goes — it is a full repricing of the category.
So when do prices come back? Forecasts talk about stabilization — note that word: stabilization, not decline — late in 2026, and about a return to old price levels needing at least 18 to 24 months. In other words, "I'll wait until it gets cheaper" is the weakest plan you can adopt this year.
And even after prices calm down, these three rules stay true for any buyer:
- Buy the capacity you will need in two years, not the one you need today. Upgrading the drive later will cost you more than the gap between 1TB and 2TB right now.
- Calculate cost per terabyte, not the total price. One 2TB drive is usually better value per terabyte than two 1TB drives, and it leaves you a free M.2 slot on the motherboard for the future.
- Gen 4 is enough for most people. You will not feel the speed difference between Gen 4 and Gen 5 in games or daily use; Gen 5 earns its cost if your work involves video editing, moving huge files, or running AI models locally.
A drive for every case
If you want to buy once and forget about it for years: large capacities are the category most affected by the shortage, which is why they are the first to disappear from shelves. The SAMSUNG 990 EVO Plus 4TB gives you room for a full game library plus a photo and work archive, over PCIe 4.0 with speeds up to 7,150 MB/s.
The same capacity at a calmer cost: the WD Blue SN5100 4TB is a smart pick if space matters to you more than the badge, with speeds up to 7,100 MB/s on PCIe 4.0. For archiving, games and large files, this capacity delivers the best cost per terabyte.
The sweet spot for most users: 2TB is the right balance today. The SAMSUNG 990 EVO Plus 2TB gives you the same performance as the 4TB version, with enough room for Windows, your work software and a respectable game collection without deleting something every week.
2TB at an easier entry point: the SanDisk Extreme 2TB in M.2 2280 form with a PCIe Gen 4 interface gets you to that same important capacity on a smaller budget. If you are building a new PC or upgrading a laptop, this size keeps you from coming back for another upgrade in a year.
For gaming and tight cases: the WD BLACK SN850 1TB comes with a heatsink already fitted and speeds up to 7,300 MB/s. The heatsink is not a luxury here — it is a practical requirement for stable performance when the drive works under sustained load.
A simple upgrade you feel immediately: the WD BLACK SN7100 1TB with speeds up to 7,250 MB/s is an excellent choice if you are still on a mechanical hard drive or an old SATA SSD. The difference in boot time and app loading is the biggest performance jump you can buy for the least money.
If your motherboard supports Gen 5 and your work is heavy: the Gigabyte AORUS 14000 1TB with speeds up to 13,600 MB/s is close to double the speed of the fastest Gen 4 drives. You will not feel it in games, but you will genuinely feel it in video editing and moving projects tens of gigabytes in size.
This year's entry point: the PNY CS2241 1TB on PCIe 4.0 is the cheapest way into modern NVMe. If your budget is tight, a 1TB Gen 4 drive today is far better than waiting for a pricing season nobody can guarantee.
The bottom line
The storage market has entered a genuine shortage, and prices are tied to decisions by factories that sold a full year of capacity in advance, not to a promo season that ends in two weeks. The advice that stays true a month and a year from now: take one capacity tier above your current need, make Gen 4 your default unless your workload really calls for Gen 5, and work out the cost per terabyte before you look at the total price.
All the drives above are in stock with delivery to every province in Iraq and cash on delivery, so you receive the drive and check it before you pay.
