The price of a 32GB DDR5 memory kit sold on Amazon UK has soared from £79 to £422 in about 13 months. According to a price tracking study published by OC3D on October 14, the price of the same Crucial Pro product has jumped roughly 5.3-fold. Memory was once a relatively cheap upgrade, but it has now become a cost that can't be ignored when deciding on a PC configuration.
However, responding to the price surge isn't a simple choice between reducing capacity and waiting for prices to fall. Even at the same capacity, prices vary widely depending on memory speed, latency, and stock availability. Looking at the price history of the same UK product, along with German prices by specification and retail prices in Japan, there are ways to keep the capacity you need while holding down the purchase cost.
A 32GB DDR5 kit went from £79 to £422 in about 13 months
According to price tracking data published by OC3D, the product studied was the Crucial Pro DDR5-6000 CL36 kit, 2×16GB for a total of 32GB. It tracked the selling price on Amazon UK, showing changes from September 18, 2025, to October 14, 2026. Note that this is not a strict same-date year-over-year comparison.
| Date observed | Price of the same 32GB kit |
|---|---|
| September 18, 2025 | £79 |
| December 16, 2025 | £226 |
| January 12, 2026 | £351 |
| October 14, 2026 | £422 |
Comparing £79 in September 2025 with £422 in October 2026, the price rose about 5.34-fold, an increase of roughly 434.2%. This isn't because capacity was increased or because a higher-performance product was bought instead. To buy the exact same memory kit, buyers now have to pay £343 more.
Meanwhile, taking £351 on January 12, 2026, as the baseline, the increase through October 14 is about 20.2%. This shows that prices, which spiked from late 2025 into early 2026, have not come down since and have continued to climb.
That said, this is the result of tracking one specific memory kit sold on Amazon UK, and it does not mean all DDR5 products in the UK market rose by the same multiple. To judge overall market trends, you need to check other products and prices in other regions as well.
Big price gaps at the same capacity: the premium on low-latency memory
Capacity is not the only thing that drives memory purchase costs. Performance conditions such as operating speed and latency also have a major effect on price.
A price survey conducted by Germany's 3DCenter in September 2026 confirmed that, even at the same capacity, the lowest available price differs significantly depending on performance requirements.
The table below compares the lowest prices by specification, regardless of manufacturer, for products available to buy on a weekend in mid-September. "DDR5-6000 or higher" covers products with data transfer rates of 6,000 MT/s or more.
| Capacity and speed requirement | Lowest price, no CL specified | Lowest price, CL28 specified |
|---|---|---|
| 32GB (2×16GB), DDR5-6000 or higher | €430 | €470 |
| 64GB (2×32GB), DDR5-6000 or higher | €849 | €1,329 |
The gap is especially large for 64GB kits. With only the DDR5-6000-or-higher condition, you can buy one for as little as €849, but adding the low-latency CL28 requirement raises the price to €1,329. At the same 64GB capacity, that is €480 more, or about 56.5% higher.
However, this comparison does not standardize the manufacturer or the exact transfer rate. So the entire €480 difference does not come from the CL28 specification alone, nor does it represent the pure additional cost of the performance improvement.
CL (CAS Latency) indicates the number of clock cycles between sending a read command to the memory and the data becoming available. According to Kingston's technical explanation, actual latency depends not only on the CL value but also on the memory's transfer rate. Therefore, a lower CL number does not necessarily mean higher overall PC performance.
The 3DCenter survey also found an example of a 32GB DDR5-6400-or-higher, CL30-specified product at €1,215. Despite having half the capacity, it costs more than the 64GB kit with no CL specified mentioned above. Of course, transfer rates and latency conditions differ, so a simple performance comparison isn't possible.
Still, increasing capacity to resolve a memory shortage and choosing faster, lower-latency products can be considered separately. If you first decide the capacity you need and then widen the speed and latency conditions you compare, you may be able to hold down the purchase cost without reducing capacity.
In Japan, 32GB prices fell while 64GB prices rose
In Japan's memory market too, not every product is rising uniformly.
In a store price survey of Akihabara conducted by AKIBA PC Hotline! in late September 2026, DDR5-6000 32GB kits fell in price, while the lowest price for 64GB kits rose.
| DDR5-6000 capacity | Lowest price (tax included) | Change from previous survey |
|---|---|---|
| 32GB (2×16GB) | ¥52,990 | ¥8,490 lower |
| 64GB (2×32GB) | ¥123,200 | ¥25,220 higher |
This survey is based on Akihabara store prices from September 12 to 19, 2026, and also reflects special-offer items and changes in which product is cheapest.
The publication cited as the main reason for the rise in the lowest 64GB price that a product sold by CFD, which had previously been available at ¥97,980, went out of stock. The cheapest product at the time of the survey was a Corsair model at ¥123,200.
In other words, it is not that the same 64GB kit rose by ¥25,220. The lowest price among available products rose because the cheapest product disappeared from the market.
For 32GB kits, on the other hand, a special sale on a Corsair product pushed down the lowest price. Even when the overall memory supply shortage continues, sales can make some products cheaper. Conversely, when inexpensive products go out of stock, the cost of buying the same capacity can rise sharply.
Of course, these are results from September and do not guarantee October selling prices. Even so, they show that price movements differ by capacity even amid a supply shortage, and that stock availability has a large effect on the lowest price.
The price trend of a specific UK product, Germany's lowest prices by specification, and Japan's in-store special offers each rest on different survey conditions. Rather than comparing them directly, they should be treated as separate pieces of evidence for gauging the scale of the price surge and the room for choosing products.
AI demand is squeezing PC memory supply
Behind the DDR5 price surge is a tightening of supply and demand across the whole memory market, driven by growing AI-related demand.
Demand is rising not only for high-bandwidth memory (HBM) for AI accelerators but also for DRAM used in ordinary servers. PC DDR5 now competes with these products for chipmakers' production capacity.
In a September 30, 2026, market report, TrendForce pointed out that procurement of RDIMMs, server memory modules, is increasing for general-purpose servers that support agentic AI processing.
Manufacturers are raising the production and supply share of low-capacity RDIMMs to meet demand, but there are also constraints in component supply, module assembly, and testing capacity. TrendForce forecasts that if more production is allocated to servers, the supply of PC DRAM could decline in 2027.
This means that even if PC unit sales fall, supply of PC memory won't necessarily become more plentiful. If chipmakers shift production capacity toward servers, supply for PCs shrinks as well.
TrendForce also forecasts that contract prices for conventional DRAM will rise 10–15% quarter over quarter in the fourth quarter of 2026.
However, this is an outlook for contract prices traded between chipmakers and large customers, and does not mean retail DDR5 kits will rise by the same percentage. Still, it indicates that pressure pushing up memory procurement costs continues.
Even long-term contracts don't fix memory prices
In response to the supply shortage, long-term supply agreements between major customers and memory makers are becoming more important. But signing a long-term contract does not mean memory prices are fixed.
According to Micron's earnings prepared remarks published on September 30, 2026, the company's multi-year strategic customer agreements include obligations to either take the contracted quantities or pay for them. For customers, this makes it easier to secure future supply, and for Micron, it makes it easier to plan production by anticipating a certain level of demand.
How prices are determined, however, differs from contract to contract.
According to the company, about three-quarters of expected revenue from these agreements has a pricing framework set in advance. More than half of that has a price ceiling and floor, while the remaining roughly one-quarter is renegotiated periodically based on market prices.
In other words, even if a certain purchase volume is secured through a long-term contract, prices are not necessarily fully fixed.
On this mechanism alone, it cannot be concluded that DDR5 retail prices won't fall even if AI demand weakens. You need to watch how changes in supply and demand, along with the pricing terms of each contract, affect the market.
Micron expects shortages through 2028; new fabs also take time
When memory prices will settle remains uncertain.
In the same prepared remarks, Micron indicated that DRAM supply shortages will continue in 2027 and 2028. Even if industry-wide bit shipments, meaning the total capacity of memory shipped, grow at a pace in the low 20% range in both years, it believes meeting demand fully will be difficult.
In other words, even if DRAM production grows, the shortage won't be resolved if demand exceeds it.
New fabs are also under construction, but their start of operation does not immediately lead to a large increase in supply.
Under Micron's plan, its new "ID1" fab in Idaho is scheduled to begin initial wafer production in mid-2027. In addition, at "ID2" in the same state and the expansion of its Japan plant, initial production is planned to begin at the end of 2028.
However, it is expected to take several more quarters from initial production until a system capable of supplying sufficient volume is in place. Micron itself has not given a clear outlook on when the memory market's supply and demand will return to balance.
Therefore, the year a new fab starts operating cannot simply be treated as the time DDR5 prices will fall.
Before giving up capacity, review speed and stock
When building a new PC or adding memory in this market environment, it is important to separate the cost of securing the capacity you need from the extra cost of choosing a faster, lower-latency product.
For example, if your applications are running short of memory capacity, you need to consider whether cutting capacity to prioritize low-latency specs is really appropriate. Conversely, if your current capacity is sufficient, you should consider whether there is any need to rush into replacing it with expensive memory.
When buying, it is also worth checking the memory speeds supported by your CPU and motherboard, and the qualified vendor list (QVL) of compatible memory published by the manufacturer. Kingston also explains that even if you buy a high-speed, low-latency memory kit, depending on your PC configuration it may not deliver its rated performance.
And as the Japanese price survey shows, the appearance of special-offer items and stock-outs can change the lowest price significantly. It can also help to compare multiple products with equivalent specifications rather than fixating on one specific model number.
When the DRAM shortage will ease cannot be foreseen at this point. But you can clarify the capacity you need, sort out the speed and latency conditions you require, and compare the products you can actually buy.
Just because memory prices are surging does not mean you have to give up capacity right away. In today's DDR5 market, the key is to work out how much extra you would be paying for which performance conditions.