If you edit video in Iraq — wedding films, social media content, or corporate ads — you have surely noticed that the parts you work with never came back down to last year's prices, and no amount of waiting is making them drop. This is not seasonal inflation or a dealer's mood: the whole world is going through a genuine memory shortage, and the bill lands in the pocket of anyone buying RAM or an NVMe drive. Understanding the shortage is what lets you buy smart instead of buying and regretting it.
What exactly is happening in the memory market?
Memory (DRAM) and storage chips (NAND) have become the two most expensive components in the computer world. In the first quarter of 2026, DRAM contract prices rose 90–95% over the previous quarter, and NAND prices rose 55–60%. In the third quarter of this year the pace eased a little — 13–18% for DRAM and 10–15% for NAND — but the trend is still upward, and the slowdown is because buyers have hit the ceiling of what they can pay, not because supply improved.
The direct cause is artificial intelligence. IDC estimates that AI data centers will swallow roughly 70% of global memory output during 2026, up from a share of only 20–30% in 2022, because the fabs have shifted their lines toward HBM memory built for AI accelerators. Samsung and SK hynix have both warned that the shortage could stretch into 2027 and beyond.
The effect reached consumers fast: prices for prebuilt systems and individual components are up around 15–20%, and as much as 30% at the high end. IDC expects average PC prices to climb up to 8% this year while global shipments fall 11.3%. Graphics cards have it worse, since memory chips account for more than 80% of the cost of building a card. It has reached the point where some system builders in the US are selling prebuilt machines with no RAM and leaving the customer to buy the RAM separately.
What does this mean for you in practice?
The golden rule has changed. Two years ago the advice was: buy a cheap machine and add RAM and a drive later. Today that is the most expensive route there is, because the part you would be adding is exactly the part whose price is exploding. The right move now is to buy the RAM and storage you need on day one, sized for the heaviest project you expect to take on, not for your average day.
- RAM: 32GB is the floor for serious editing, and 64GB is comfortable if you cut multicam 4K, do heavy color grading, or keep a motion graphics app open while a render runs in the background.
- Card memory (VRAM): 8GB is the minimum for a smooth 4K workflow, and 12 to 16GB becomes essential once you are handling RAW files, color grading and the smart tools inside DaVinci Resolve and Premiere.
- Storage: 1TB is the minimum, and 2TB or more keeps the project, the cache and the proxies all local. Watch the speed, not just the capacity — an NVMe drive reading close to 3,500 MB/s plays a 4K timeline more smoothly than a faster processor tied to a drive doing 1,800.
- Monitor: a 2K or 4K IPS panel makes far more difference to color work than a high refresh rate you will never use while editing. Two screens are better still: one for a clean preview, one for the timeline and panels.
- Power: in Iraq this is no side detail — a single outage in the middle of a four-hour render costs you a full day of work and puts the project file itself at risk, so build power protection into the budget from the start, not after the first loss.
Picks by the kind of work you do
If you work with RAW and heavy grading: this kind of work eats RAM before anything else. A G.SKILL Ripjaws M5 RGB DDR5 kit at 64GB (two 32GB sticks), 6000MHz and CL36 timing lets you keep the timeline, the cache and a motion graphics app open together without pushing the system to the edge of memory and spilling onto the drive. It supports XMP and EXPO both, so it runs at full speed on Intel and AMD boards with one press in the BIOS.
The sensible entry point for RAM: CORSAIR VENGEANCE DDR5 at 32GB (two 16GB sticks), 6000MHz and CL36 with XMP ready hits the serious-editing floor without overspending. This kit also leaves two slots free on the board if you want to reach 64GB later — but the honest advice: if you know your work is heading toward multicam 4K, take the 64 from the start.
If grading is the heart of your work: the CORSAIR XENEON 32UHD144-A, a 32-inch 4K (3840x2160) flat IPS panel with 1ms response, gives you pixel for pixel on 4K footage, so you see the real detail of the shot instead of judging a shrunken preview. The size also means real timeline space instead of working on half a screen.
A second screen for the timeline: the AOC Q27G42ZE, a 27-inch 2K (2560x1440) flat Fast IPS panel, is the practical place to park your tracks, panels and tools, leaving the preview screen clean for the image alone. It is the cheapest and fastest improvement you can make to your daily workflow.
Protecting the render from a power cut: the UPS Gaming GeTX GTXF-3000, a 3000VA Line Interactive unit with four 12V 9Ah batteries, buys you enough time to save the project and shut the machine down safely instead of losing power in the middle of a long export. It also stabilizes fluctuating voltage, which on its own extends the life of the rest of your parts.
The core storage upgrade: the Samsung 990 EVO Plus at 2TB with read speeds up to 7,150 MB/s on PCIe 4.0 is a solid home for active projects and cache, and most motherboards in this class have a second free M.2 slot.
If your archive is large: the WD Blue SN5100 at 4TB and 7,100 MB/s moves a full year of archive inside the machine, and it is the cheapest route to big capacity instead of leaning on slow external drives.
A second drive for cache and proxies: the WD BLACK SN7100 at 1TB and 7,250 MB/s is an economical pick to dedicate to cache and proxy files so they do not crowd the system drive. All of these options ship to any province in Iraq with cash on delivery.
The bottom line, and advice that stays true
The memory shortage is not a wave that passes in a month — the manufacturers themselves are talking about 2027 and beyond. That means the parts you buy today need to serve you three or four years without forcing you to open the machine again and add RAM or storage at a price that may well be higher than today's. The lasting advice is simple: pay once for more RAM and storage than you currently need, rather than paying twice for an upgrade that gets more expensive every quarter.
And before you choose, ask yourself three questions: what resolution is the heaviest project I work on? How many tracks do I open on one timeline? How many hours of footage do I store a month? The answers to those three set your RAM, your VRAM and your capacity — anything above them is luxury, and anything below them is a daily headache.
