TL;DR: RAM prices have risen roughly 500 percent in about a year as AI data centers absorb global memory supply. DDR5 kits that cost 52 USD in August 2025 now sell for 239 USD, and enterprise IT teams should plan memory and storage budgets for higher costs through 2027 to 2030.
Memory costs are climbing at a pace unseen in the history of consumer computing. Over the twelve months from August 2025 to July 2026, average RAM prices rose about 500 percent, according to a Tom's Hardware survey of the US market. What used to be a stable, boring line item in a PC build or a server refresh has become one of the least predictable costs in technology procurement, and RAM prices are the clearest example of that shift.
The driver is artificial intelligence, specifically the memory that AI inference workloads consume at scale, and it is rewriting global memory supply chains through 2027 to 2030. Buyers now face RAM prices that shift week to week rather than year to year. For finance and procurement teams, that volatility is the real story: the 500 percent headline is dramatic, but the loss of price predictability is what breaks a budget model.
How Much Have RAM Prices Actually Risen?
A Tom's Hardware survey tracked DDR5 memory kit prices in the US market from August 2025 through the end of July 2026, and the numbers are stark. A DDR5-5200 16GB kit rose from 52 USD to 239 USD, an increase of more than 359 percent. A DDR5-5600 32GB kit rose from 72 USD to 394 USD, up 447 percent. The most extreme case was a DDR5-6400 128GB kit, which jumped from 329 USD to 3,399 USD, an increase of more than 933 percent.
On average, DDR5 memory costs rose about 500 percent over the twelve month window. That is the scale of the RAM prices move in a single year, and it is worth pausing on how unusual it is. Memory has historically been a deflationary component, cheaper every year as process nodes shrink. A five fold increase reverses roughly a decade of that trend at once.
What the US retail data shows
PCPartPicker's early August 2026 pricing data shows the same pattern from a different angle. A two stick DDR5-4800 16GB kit rose from 90 USD to 425 USD, a 372 percent increase, while a DDR5-6000 32GB kit rose from 222 USD to 1,272 USD, up 473 percent. Two independent retail trackers agreeing this closely is unusual, and it tells you the move in RAM prices is a supply story rather than a single retailer's margin decision.
It is worth separating the two effects hidden inside those numbers. Part of the increase is a genuine shortage premium. Part of it is the disappearance of promotional pricing: the discounts and bundle deals that used to make memory look cheap have simply stopped. When both vanish at once, published RAM prices move faster than the underlying cost of production, which is why retail figures can overstate what a large volume buyer actually pays.
Is DDR4 memory also climbing?
Older DDR4 memory rose as well, though less steeply. A DDR4-3200 16GB kit went from 63 USD to 163 USD, a 159 percent increase, and a DDR4-3600 64GB kit went from 300 USD to 789 USD, up 163 percent. The gap between the two generations matters for anyone maintaining older fleets. Extending the life of DDR4 servers used to be the cheap option, and today it is merely the less expensive one, because DDR4 RAM prices are climbing on the same supply curve.
The practical read is that there is no longer a safe corner of the memory market. Consumer kits, workstation modules, and server registered DIMMs are all priced off the same constrained wafer supply, so switching platform or generation buys much less relief than procurement teams expect. Any plan that assumes one memory generation will escape rising RAM prices should be stress tested before it becomes a purchase order.
What server buyers are seeing
Registered and load reduced DIMMs used in servers are quoted through distribution rather than retail, so the moves are less visible, but procurement teams report the same direction of travel. Lead times have stretched, allocation letters have reappeared, and quotes that once held for a quarter now hold for days. In several cases vendors have withdrawn configurations entirely rather than commit to a price for memory they cannot source.
That change in commercial behaviour is arguably more disruptive than the headline percentages. A finance team can absorb a known increase by resizing a budget. It cannot easily absorb a supplier that refuses to quote a fixed price at all, which is the situation many buyers now face when they ask for server memory.
Why Are RAM Prices Rising Because of AI Demand?
The root cause is not a lack of manufacturing capacity in the traditional sense, it is a reallocation of that capacity. Since 2025, AI inference workloads (running trained models in production, not just training them) have sharply increased demand for memory. AI data centers prioritize high bandwidth memory (HBM), which carries far higher margins than standard DRAM, and that margin gap is the single clearest reason RAM prices climbed so quickly.
Samsung, SK Hynix, and Micron together control about 90 percent of global DRAM market share, and all three have shifted production lines and engineering investment toward HBM at the expense of standard DRAM and NAND flash output. When roughly 90 percent of world supply makes the same margin driven choice in the same quarter, the effect on RAM prices is immediate and global.
Why HBM crowds out ordinary DRAM
HBM is not simply better memory, it is memory that consumes far more wafer area and packaging capacity per usable gigabyte. Stacking dies, adding through silicon vias, and testing the finished stack all reduce yield. Every HBM stack a fab ships therefore removes more than its face value of standard DRAM from the market, which is why a relatively small AI build out translates into an outsized move in consumer RAM prices.
The same logic applies to storage. Capacity diverted to memory packaging and advanced nodes is capacity not spent on NAND flash, so SSD and HDD pricing has followed memory upward rather than acting as a hedge against it. Teams that planned to offset higher RAM prices by shifting data to disk have found that lever much weaker than expected.
Europe shows the same curve
Germany's ComputerBase tracked European average memory pricing from September 2025 to mid August 2026 and recorded a 345 percent increase, alongside a more than 125 percent rise in HDD and SSD storage prices in the same window. European RAM prices followed almost the same trajectory as the US market, which largely rules out currency effects or regional retail dynamics as the main explanation.
This is part of the same wave of infrastructure investment covered in our look at Samsung's semiconductor investment in Vietnam, where memory and chip capacity decisions made today ripple into global pricing for years. The models creating this demand keep getting larger and more memory hungry, a trend visible in our review of China's AI model benchmarks.
How Long Will the Memory Shortage Last, and What Should Enterprises Do?
Industry leaders are not promising quick relief. SK Hynix CEO Kwak Noh-jung warned last month that next year will be the worst year in the memory industry's history for supply, and forecast that demand will outstrip production capacity through 2030. Adata chairman Simon Chen was even more pessimistic, predicting the DRAM shortage could last another decade. Neither forecast leaves room for RAM prices to normalise inside a single planning cycle.
Device makers including Apple, Xiaomi, Acer, and Asus have already announced price increases tied to the shortage. Some manufacturers are turning to Chinese suppliers such as CXMT (ChangXin Memory Technologies), which overtook Tencent in mid August 2026 to become China's most valuable company by market capitalization. New entrants take years to reach volume, so they soften the tail of this cycle rather than its peak.
How to budget for elevated RAM prices
For enterprise IT and data infrastructure teams, the practical response is to budget for elevated RAM prices and storage costs through 2027 to 2030, not just this budget cycle. That means locking in longer hardware refresh cycles, negotiating multi year supply contracts where possible, and weighing memory heavy workloads against the same compute and memory economics driving this shortage.
A few habits help. Quote hardware with an explicit price validity window and re-quote before every purchase order. Split large refreshes into staged tranches so a single bad month does not set the price for an entire fleet. Track memory as its own budget line rather than folding it into a blended server cost, because RAM prices are now moving independently of the rest of the bill of materials.
Engineering choices that reduce memory exposure
Engineering can lower exposure as well as procurement. Right sizing model serving, using quantized weights where accuracy allows, batching inference requests, and moving cold data out of memory resident stores all cut the number of gigabytes a workload needs. Every gigabyte removed from a running service is a gigabyte you never have to buy at 2026 RAM prices.
Companies riding the broader enterprise AI shift are already rethinking infrastructure planning as a direct result of tighter RAM and HBM supply, and teams building out enterprise AI data infrastructure are treating memory efficiency as a first class design constraint rather than a late stage optimisation.
Contract structure matters as much as timing. Where a supplier will not fix a price, buyers can still fix a volume, a delivery window, or an index that the price tracks, which converts an open ended exposure into a measurable one. Framework agreements with quarterly volume commitments have become common again for exactly this reason.
Finally, keep an inventory position under review. Holding a modest buffer of the memory configurations a fleet actually uses is a cost that many organisations avoided for a decade of falling component costs. In a market this tight, a small buffer is cheap insurance against a project stalling because a single part is unavailable at any price.
It also helps to write the assumption down. Most infrastructure business cases carry an implicit belief that component costs fall over time, inherited from a decade in which they usually did. Making that assumption explicit, and replacing it with a flat or rising memory cost curve, changes which projects clear an internal hurdle rate and which ones do not.
Boards and audit committees are starting to ask the question directly, because a multi year AI programme priced on 2024 hardware assumptions can look very different once current memory and storage costs are applied. Answering it with a documented sensitivity analysis is far better than being asked for one after a budget overrun.
What Do Higher RAM Prices Mean for Vietnam?
Vietnam sits on both sides of this trade. It hosts significant assembly, testing, and packaging capacity for global memory and semiconductor firms, so rising demand for advanced packaging is a source of investment and jobs. At the same time, Vietnamese banks, fintechs, and manufacturers buying servers pay the same elevated RAM prices as every other buyer in the world.
For domestic buyers, the immediate consequence is that on premises capacity has become more expensive relative to a year ago, which changes the arithmetic of build versus rent for AI workloads. Cloud providers absorb hardware cost across a much larger fleet and amortize it over years, so a Vietnamese team costing out a private inference cluster in 2026 should re-run that comparison with current RAM prices rather than reuse a 2024 model.
On the investment side, sustained pressure on memory supply strengthens the case for more packaging and testing capacity in the region, a theme that runs through our coverage of Vietnam industrial real estate and Vietnam FDI data. Higher RAM prices are painful for buyers, but they are exactly the signal that pulls new capacity into the market.
Frequently Asked Questions
Why did RAM prices increase by 500 percent in 2026?
RAM prices rose because AI data centers dramatically increased demand for memory, particularly high bandwidth memory (HBM), pulling manufacturing capacity away from standard DRAM. Samsung, SK Hynix, and Micron shifted production toward HBM, tightening supply of ordinary memory for consumer and enterprise buyers alike.
Is DDR4 memory also affected by the price increase?
Yes, though RAM prices for older DDR4 kits rose less severely. Tom's Hardware and PCPartPicker data show DDR4 kits rose between 156 percent and 168 percent over the same period, compared to roughly 359 percent to 933 percent for various DDR5 kits.
How long will the memory shortage last?
SK Hynix's CEO has forecast that demand will outstrip supply through 2030, and Adata's chairman has predicted the shortage could last a decade. Enterprises should plan budgets around elevated RAM prices through at least 2027 to 2030 rather than expecting a quick correction.
Which companies dominate global RAM production?
Samsung, SK Hynix, and Micron together hold about 90 percent of global DRAM market share. Chinese supplier CXMT (ChangXin Memory Technologies) is gaining ground as device makers look for alternative sources while RAM prices stay elevated.
What can enterprises do about rising memory and storage costs?
Enterprises can negotiate longer, multi year supply contracts, extend hardware refresh cycles, and closely monitor the memory footprint of AI workloads before committing to new infrastructure purchases against today's RAM prices.
Are storage prices rising along with RAM prices?
Yes. ComputerBase recorded a more than 125 percent rise in HDD and SSD prices in Europe between September 2025 and mid August 2026, in the same window that memory rose 345 percent. Storage is not a reliable hedge against RAM prices in this cycle because both draw on the same constrained fab and packaging capacity.
Should companies delay hardware purchases until RAM prices fall?
Waiting is risky when the largest suppliers are guiding to tight supply through 2030. A staged purchase plan, with tranches spread across quarters and price validity windows written into each quote, manages the risk better than betting on a near term drop in RAM prices.
Does the shortage affect laptops and phones as well as servers?
Yes. Apple, Xiaomi, Acer, and Asus have all announced price increases linked to the memory shortage, because memory is a large and rising share of the bill of materials in a phone or a laptop. Consumer devices and data centre servers are competing for output from the same three suppliers.
Could new suppliers bring the market back into balance?
Eventually, but not quickly. Chinese supplier CXMT is expanding and other entrants are investing, yet a new memory fab takes years to design, build, qualify, and ramp to volume. The realistic effect is a softer tail to this cycle rather than a fast correction in 2026 or 2027.
The same AI systems consuming the world's memory supply are also evolving quickly in capability and cost. DataCore's free AI Rank leaderboard tracks how the leading AI models driving this compute and memory demand actually perform against each other, updated in real time, a useful reference point for any team weighing AI infrastructure investment against a tightening RAM prices environment.
Sources
- VnExpress, Bao Lam and Huy Duc, "Gia RAM tieu dung tang 5 lan sau mot nam" (Consumer RAM prices rise 5x in a year), khoa hoc cong nghe section, 2026.
- Tom's Hardware, DDR5 pricing survey, August 2025 to July 2026.
- PCPartPicker, average component pricing data, published early August 2026.
- ComputerBase (Germany), European RAM and storage pricing tracker, September 2025 to mid August 2026.
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