If you're thinking about buying a new gaming PC this year, or upgrading the one you already have, today's news concerns your wallet directly: memory prices worldwide have hit the highest level in their history, and the price of every computer is following them up. And this isn't a seasonal wave that passes in a month — it's a change in the structure of the market itself, and its effects are going to be with us for a while.
What is actually happening in the market
The big memory manufacturers — Samsung, SK Hynix and Micron — have shifted a large share of their production capacity away from ordinary RAM and flash toward HBM memory built for AI processors, because the profit there is far higher. The result is that AI data centres will swallow roughly 70% of the world's memory output during 2026, against only 20–30% back in 2022.
The numbers speak for themselves: contract prices for PC RAM jumped by more than 100% in the first quarter of 2026 compared with the last quarter of 2025. A 32GB DDR5 kit sold for under $90 at the start of 2025; today it runs between $380 and $589. Storage tells the same story: a 1TB SSD was around $45 in late 2025 and is now close to $90, while the 2TB class has almost doubled.
Even graphics cards didn't escape. Memory chips now account for more than 80% of the manufacturing cost of some high-end cards, and production lines are being prioritised for data centres at the ordinary gamer's expense. The RTX 5090 launched at $1,999; its median price on the US market reached $4,699 in August 2026 after sitting at $4,299 in June, and some versions have passed $5,000.
What this means for you in practice
First consequence: manufacturers aren't just raising prices — they're cutting specs too. Analysts warn that mid-range prebuilt machines could slide back to 8GB of RAM after 16GB had become the standard, and some companies have delayed new model launches because of memory costs. In other words, the machine you see at the same price next year may well turn out weaker, not stronger.
Second consequence: announced increases of around 15–20% on prebuilt gaming machines from manufacturers, IDC expects computer prices to rise by up to 8% during 2026, and some companies have gone as far as selling prebuilt systems with no RAM at all and leaving the customer to sort it out.
Third consequence, and the most important one: the old rule of “buy the basic model and upgrade later” has been turned completely on its head. RAM and storage used to be the two cheapest parts in a build and the easiest things to add. Today they are the two parts that have risen the most relative to what they cost a year ago. A build that comes with 64GB of RAM and 2TB of storage from the start can work out cheaper than a 16GB build you upgrade six months later — because the difference you pay today is fixed, while the price of that later upgrade is wide open to a market that climbs every quarter.
Add to that a technical limit most people forget: most ordinary motherboards come with four RAM slots, and filling all four with different kits forces the platform down to a lower frequency and causes stability and boot problems. In practice you're tied to one complete kit from day one, not to an open-ended upgrade whenever you need it. The same logic applies to storage: the M.2 slots on a board are few, and some of them borrow their lanes from the graphics card once you populate them. That's why you have to work out what you need on day one, not next year.
A candidate for every case
These are drives and memory kits actually in stock, ordered by the logic that serves you in a market like this one. Delivery to every province in Iraq, cash on delivery.
Maximum capacity, no compromises: the Samsung 990 EVO Plus at 4TB, PCIe 4.0, with read speeds up to 7,150 MB/s. 4TB on a single drive means a full game library, editing projects and your system install all together in one M.2 slot — you never open the case again, and you don't chase storage prices next year. At today's prices, the high-capacity tiers are exactly the ones that have risen the most.
The practical choice for most people: the same drive at 2TB — PCIe 4.0 with read speeds of 7,150 MB/s. 2TB is the capacity that keeps you comfortable today: an operating system, your programs and ten heavy games without uninstalling something every week. And this is precisely the class whose global price has doubled in under a year, so buying it now is a smarter call than putting it off.
A sensible entry into fast storage: the WD Blue SN5100 at 1TB, with read speeds up to 7,100 MB/s over PCIe 4.0. If your goal is moving Windows and your games off an old slow drive onto a modern NVMe, this is the shortest path to a difference you can feel in boot times and level loading. Just mind the same rule: if you work your machine hard, the gap between 1TB and 2TB today is cheaper than an upgrade six months from now.
Take the pressure off your system drive: the Seagate Expansion external drive at 4TB. The smart move in a market like this is to keep the expensive NVMe for your system and the games you're actually playing, and move archives, videos and backups onto an external drive where the cost per gigabyte is far lower. That way you postpone the need for a bigger NVMe without giving up any of your day-to-day speed.
And if you're planning to add memory to your machine, the advice is clear: adding RAM today is cheaper than adding it six months from now, and supply is the thing that's shrinking, not the other way round. Take the full kit as two matched sticks, because mixing kits causes stability problems and there's no guarantee you'll find the same stick later on.
A smart 32GB foundation: the Corsair Vengeance DDR5 kit at 32GB (2x16GB), 6000MHz, CL36, XMP ready. That frequency and timing pair is the sweet spot for current DDR5 platforms, and 32GB in two matched sticks is plenty for gaming and everyday work while leaving two slots free if you want to expand later with the same kit.
Best value at 64GB: the G.SKILL Ripjaws M5 RGB kit at 64GB (2x32GB), 6000MHz, CL36, with support for XMP and EXPO together, meaning it works on Intel and AMD platforms with a single press in the BIOS. 64GB is the capacity that leaves you relaxed doing video editing, development and heavy gaming at the same time.
If you want tighter timings: the G.SKILL Trident Z5 kit at 64GB (2x32GB), 6000MHz, CL32, with XMP support. The lower timing gives faster response in games that are sensitive to memory latency, and the metal design helps with cooling inside a crowded case.
For heavy work and local AI: the G SKILL Ripjaws M5 RGB kit at 96GB (2x48GB), 6000MHz, CL30. If you edit at 4K, run AI models locally or keep virtual machines open, capacity here matters more than any other number — and buying 96GB in one go today is a smarter decision than chasing an upgrade later.
The bottom line
We're not telling you to “buy fast”, we're telling you to buy right. The market promises no relief any time soon: reports point to the shortage lasting until at least mid-2027, and SK Hynix's chief executive stated in July 2026 that demand will outstrip supply for years to come. On the other side there is one positive signal: the pace of contract RAM price rises started to narrow in the third quarter of 2026 because buyers have hit the ceiling of what they can afford — meaning prices have stopped going crazy, but they haven't come down.
- Buy a tier up on memory and storage relative to what you need right now, because those two parts are the hardest and most expensive to upgrade.
- Don't overpay for things you can easily swap later, like a mouse, a keyboard or a monitor.
- Check how expandable it is before you buy: how many RAM slots the board has and how many are occupied, how many M.2 slots are free, and whether the power supply can handle anything you add.
- Don't mix RAM kits; take the full kit as two matched sticks the first time.
- Split your data intelligently: system and games on a fast NVMe, archives and backups on a big external drive.
And before any purchase, ask yourself one question: will this machine still be enough three years from now? If the answer is no, then the higher memory and storage version is the one that saves you money — not the other way round.
