The hardest part of the global memory shortage is not the prices. It is that nobody can tell you what the prices will be. DRAM contract prices rose 90–95 per cent in a single quarter in early 2026, the largest quarterly increase ever recorded (TrendForce, 2 February 2026), and the forecasters themselves keep being overtaken: TrendForce's own Q1 2026 estimate had to be revised from 55–60 per cent to 90–95 per cent within four weeks. Hardware quotes that used to hold for 30 days now expire in 14, or seven, or carry a clause letting the vendor reprice the order after you have signed it. For a UK IT director trying to set a 2026–27 hardware budget, that is the real problem — not that kit costs more, but that no number you write down in August will still be true in November.
This article sets out what has happened to memory and semiconductor prices, why the shortage is structural rather than a normal cycle, what analysts expect next, and — the part that matters — what UK organisations can practically do about it, including the mitigations IT leaders report actually using.
Why can nobody budget for hardware right now?
UK organisations cannot budget for hardware because the industry has stopped guaranteeing prices for longer than a fortnight. In a letter to channel partners in early February 2026, seen by IT Channel Oxygen, HPE global channel chief Simon Ewington confirmed the company was shortening quote validity to 14 days (public sector, B2B and OEM excluded) and had updated terms and conditions on server and GreenLake orders "to allow for price adjustments until the date of shipment" — with orders cancellable at any point before shipment as the counterweight. One partner leader called the change unprecedented: they had never known a vendor unable to guarantee a price even after the order was placed.
HPE is not an outlier. Dell chief operating officer Jeff Clarke told Bloomberg in late November 2025 that he had never seen memory-chip costs rise this fast. TrendForce reported on 5 December 2025 that industry sources expected Dell to raise prices by 15–20 per cent from mid-December, and that Lenovo had told customers that all existing quotations would expire on 1 January 2026. Insight chief executive Joyce Mullen said she expected hardware prices to rise 10–25 per cent across 2026.
The forecasting failure runs all the way up the chain.
On 29 October 2025 TrendForce revised its Q4 2025 conventional DRAM forecast from 8–13 per cent quarter-on-quarter growth to 18–23 per cent. On 2 February 2026 it revised its Q1 2026 forecast from 55–60 per cent to 90–95 per cent. When the analysts tracking the market cannot hold a forecast for a month, a buyer cannot reasonably be expected to hold a budget for a year. That, more than any single price rise, is what IT leaders describe as the operational damage: one contributor to a July 2026 discussion thread among IT leaders on r/CIO put it as trying to budget for next year with no idea what prices will look like next quarter.
This lands hardest on organisations that buy through fixed annual cycles — schools, councils, NHS trusts, and any business that signs off capital spending once a year — and on MSPs that still make their margin reselling hardware, who now carry repricing risk between quoting a client and fulfilling the order.
What has happened to memory prices?
Memory prices have risen for four consecutive quarters at rates with no precedent in the industry's history. TrendForce's contract-price forecasts tell the story quarter by quarter: conventional DRAM up 18–23 per cent quarter-on-quarter in Q4 2025 (forecast of 29 October 2025), up 90–95 per cent in Q1 2026 (forecast of 2 February 2026) — with PC DRAM expected to more than double and server DRAM up around 90 per cent, both records — then up a further 58–63 per cent in Q2 2026 (forecast of 31 March 2026), before moderating to 13–18 per cent for Q3 2026 (forecast of 3 July 2026).
Counterpoint Research independently reported that memory prices surged by up to 90 per cent from Q4 2025 levels (5 February 2026). NAND flash followed the same curve a quarter behind: TrendForce forecast NAND contract prices up 55–60 per cent in Q1 2026, 70–75 per cent in Q2 — overtaking DRAM for the first time in the cycle — and 10–15 per cent in Q3.
Note what the Q3 moderation is: prices still rising, from a base that has already multiplied. TrendForce attributed the slowdown to consumer buyers reaching their affordability limit, not to supply recovering.
The UK retail picture is blunter. Servnet UK's price tracker (9 July 2026) recorded a 32GB DDR5 kit on Amazon UK rising from roughly £79 in September 2025 to £351 by January 2026 — a rise of more than 340 per cent in four months. Lewis Silkin, the UK law firm, reported in a client briefing of 11 May 2026 that its clients had been hit with increases of 35 to 50 per cent on existing supply arrangements, with some seeking to exit contracts altogether. And HP told investors in late February 2026 that its memory costs had doubled in a single quarter and that memory now accounts for roughly 35 per cent of a PC's bill of materials.
The same pressure has reached the annual numbers. Gartner forecast on 8 April 2026 that DRAM prices will rise 125 per cent across 2026 and NAND flash 234 per cent, with global memory revenue nearly tripling from $216.3 billion in 2025 to $633.3 billion in 2026 — within a total semiconductor market exceeding $1.3 trillion for the first time. Gartner's Rajeev Rajput coined a word for it: memflation.
Why is this shortage structural rather than cyclical?
This shortage is structural because the memory manufacturers have permanently reallocated production toward high-bandwidth memory (HBM) for AI accelerators, and HBM consumes far more wafer capacity per gigabyte than the conventional DRAM it displaces. TrendForce noted in its 30 July 2026 outlook that HBM manufacturing requires significantly more wafer input than conventional DRAM, which means every unit of HBM output removes a disproportionate amount of ordinary server and PC memory from global supply.
The economics point one way: AI data centre customers pay more, commit for longer, and buy everything available — TrendForce's February 2026 survey described major cloud providers negotiating annual long-term supply agreements while everyone else competes for what remains.
The capacity is not merely reallocated — it is sold. Micron said in December 2025 that its entire 2026 HBM supply was fully booked, alongside a capital spending increase to $20 billion (TrendForce, 18 December 2025). SK Hynix chief executive Kwak Noh-Jung went further on 10 July 2026, telling Bloomberg that 2027 will bring the most severe memory supply crunch the industry has ever seen and that customer demand will remain above the company's supply capacity beyond 2030.
New factories do not arrive quickly. TrendForce's 30 July 2026 analysis expects new DRAM capacity to begin ramping only in the second half of 2027, with substantial output contributions not materialising until 2028. Between now and then, demand keeps compounding: the same AI build-out driving memory demand is also straining UK data centre capacity, where vacancy has fallen to 8 per cent and trade bodies warn the infrastructure gap is widening.
One planning consequence deserves emphasis. The UK's National Semiconductor Strategy (May 2023) acknowledged that the country has no sovereign memory manufacturing capability, and that no UK government advisory specifically addressing this shortage for public-sector buyers had been published as of early August 2026. UK organisations should assume they are acting on commercial intelligence, not waiting for official guidance.
How long will the shortage last?
No major analyst expects meaningful relief before late 2027, and several named forecasts run longer. The consensus is unusually consistent for a market this volatile:
| Who | When said | Expectation |
| Gartner (Rajeev Rajput) | 8 April 2026 | No meaningful pricing relief until late 2027; "Memflation will destroy, or at least delay, non-AI demand into 2028" |
| IDC (Jean Philippe Bouchard) | April 2026 | No relief to the memory shortage before the end of 2027 |
| TrendForce | 30 July 2026 | DRAM tight through 2027; substantial new output not until 2028 |
| SK Hynix (chief executive Kwak Noh-Jung) | 10 July 2026 | 2027 the most severe supply crunch yet; demand above supply beyond 2030 |
The most useful detail for a UK buyer sits inside TrendForce's 30 July 2026 outlook: DRAM and NAND are expected to diverge in 2027. DRAM stays constrained, with prices on an upward trajectory, while NAND flash enters a looser supply environment in the second half of 2027 as new capacity arrives and consumer demand stays weak, bringing downward price pressure. The practical translation: urgency applies to memory, patience may pay on SSD and storage refreshes from late 2027.
Gartner attached a warning for buyers to its April forecast that should be taken literally: CIOs and IT leaders should be cautious about signing supply agreements with unfavourable pricing terms that extend beyond 2027. Locking today's peak prices into a five-year contract is how an organisation converts a two-year shortage into a five-year overpayment.
What does it mean for a UK hardware budget?
For a UK hardware budget the shortage means three things at once: higher unit prices, quotes that expire before your approval process finishes, and lead times that make delivery dates a separate risk from price. On lead times, SHI reported on 18 February 2026 that DRAM lead times had stretched from around 25 weeks to more than 45 weeks by December 2025, against a historical norm of two to three months, with larger DRAM orders running beyond 40 weeks; Inventec's July 2026 warning put server lead times at 40-plus weeks as well. An order approved today may arrive in a different financial year — at a price the vendor reserved the right to change.
Servnet UK put pounds on the cost of hesitating (2 July 2026), modelling a four-node server refresh needing about £10,000 of memory per node at Q3 2025 prices. Buying all four then would have cost roughly £40,000. Phasing one node per quarter across the year came to about £98,700. Waiting and buying all four at Q3 2026 prices came to about £211,000 — 5.3 times the original figure. The model is one reseller's illustration rather than a market index, but the direction it captures matched every analyst forecast across the period: through this cycle to date, waiting has consistently been the most expensive option.
That does not make panic buying the answer, and the moderating Q3 2026 curve weakens the case for buying anything you do not need. What it does mean is that any purchase you know you must make — a refresh already committed, capacity a project genuinely requires — is unlikely to get cheaper by waiting a quarter, and every quote in hand is a wasting asset with a 7-to-14-day fuse.
Cloud budgets are not a refuge from the same arithmetic, only a different exposure to it. AWS raised EC2 Capacity Block prices for machine-learning instances by 15 per cent in January 2026, and OVHcloud has warned publicly that RAM prices could rise 250 to 300 per cent by the end of 2026 against September 2025 levels, feeding through into hosting and cloud pricing across the industry.
What are IT leaders actually doing about it?
The July 2026 r/CIO thread — pseudonymous IT leaders comparing notes, so read these as practitioner reports rather than verified case studies — is the most concrete picture available of what buyers are doing rather than what vendors recommend. Four mitigations came up repeatedly.
Refurbished and second-hand kit has gone mainstream. Three separate contributors independently reported buying refurbished or used servers — one described good results with refurbished machines, another had just bought their first second-hand server, a third called used servers simply the new way of doing it. None framed it as a compromise. For context on sizing such a purchase, our small office server guide covers the baseline specifications most smaller organisations actually need.
Memory tiering against NVMe. The most technically detailed reply argued that RAM specifically, not the whole server, is what has repriced — and recommended memory tiering, putting cold memory pages on NVMe flash, which the contributor priced at roughly a fiftieth of the cost of DRAM per gigabyte. Their experience was that a 1:1 tiering ratio works acceptably for most workloads. Vendors have productised the same idea, and it is worth asking your virtualisation supplier what memory tiering it now supports before buying more DIMMs.
Clawing back over-allocated memory. The same contributor's cheapest mitigation of all: pull back the generous RAM allocations made when memory was cheap. Their example — an instance of SQL Server Express allocated 128 GB it cannot use. Most virtualised estates carry allocations sized when DRAM cost a tenth of today's price; a reclamation pass costs staff time and no capital.
Running existing kit longer, with vendor support exceptions. One contributor described keeping Cascade Lake-era systems running to 2030 on spare parts, reporting that HPE and Cisco were officially supporting older generations for longer than some other manufacturers, and advised asking vendors directly whether they will grant support exceptions for ageing but serviceable estate. The worst outcome is paying peak prices to replace hardware that still does its job because a support date, not a workload, said so.
The mood music matters too: one contributor summarised the market as being quoted around $6,000 for a server they judged not worth $3,000. That sentiment — paying more and feeling the value gap — is the backdrop to every mitigation above.
Which mitigations have a documented evidence base?
Beyond practitioner reports, five mitigations have documented support from analysts, law firms or procurement bodies.
Fix the price at order placement, in writing. The single highest-value contractual move is refusing repricing clauses. HPE's February 2026 terms explicitly allow price adjustment up to the day of shipment; your counter is to negotiate fixed delivery pricing at order placement, and to treat a firm, honoured quote as worth more than a lower spot number the supplier cannot guarantee. Lewis Silkin's 11 May 2026 briefing — written after seeing clients absorb 35 to 50 per cent increases on existing arrangements — sets out what technology contracts should now say about price escalation, caps and exit rights. Apply the same scrutiny you would give to red flags in IT support contracts: the risky clauses are the ones that move cost onto you silently.
Cap the term of anything you sign at peak prices. Gartner's April 2026 guidance is explicit — avoid unfavourable pricing terms extending beyond 2027. If a supplier wants a multi-year commitment at 2026 prices, the duration is the concession to fight over, not the discount.
Buy refurbished through legitimate channels. UK public sector buyers already have a route: the Government Commercial Agency's TePAS 2 framework (RM6098) includes a sustainability and circular IT lot covering refurbished and repurposed hardware from approved suppliers. Private sector buyers have a functioning secondary market for previous-generation servers and DDR4 memory — one that has itself risen in price, which tells you the demand is real, but which remains far below new DDR5 pricing per gigabyte.
Move refresh triggers from calendar to performance. The documented pattern across the period is organisations replacing hardware when monitoring data says it can no longer do its job, rather than when it reaches an age. Combined with vendor support exceptions, this converts a fixed refresh cost into a decision you make per machine.
Split the DRAM and NAND decisions. Following TrendForce's 30 July 2026 divergence forecast: bring forward memory purchases you are certain about, and be slower to commit on storage, where supply is expected to loosen from the second half of 2027.
Should you move workloads to cloud instead?
The honest answer is that the shortage does not settle the cloud-versus-on-premises question, and anyone claiming it does is selling something. Both sides of the ledger moved.
The case for cloud, as reported in the r/CIO thread: one contributor pricing an on-premises box to run a 24/7 AI agent concluded that at current server prices it was cheaper to use cloud or pay per token, and planned to wait for older GPUs to reach the secondary market as hyperscalers upgrade. Cloud providers buy memory at a scale and on contract terms no mid-market organisation can match, and a workload in the cloud is a hardware quote you never have to chase.
The case against treating cloud as the escape hatch: cloud prices are rising from the same cause — AWS's 15 per cent capacity block increase and OVHcloud's warnings, above — and two thread contributors raised a sharper point: that current cloud AI pricing is flattered because providers are selling the service below cost, and the eventual correction will land on whoever built their cost model on today's rates. That claim is contested and unproven, but some published analysis argues the same, and a buyer should at least stress-test cloud commitments against the possibility. Other contributors named the workloads where on-premises still wins regardless: operational technology environments, manufacturing with substantial local processing, and privacy-sensitive work. The case for on-premises servers has not gone away; it has become more expensive to act on.
The defensible position is workload by workload: cloud for burst, experiment and anything you may switch off; owned hardware for stable, always-on workloads where you can fix the price once and sweat the asset — with the breakeven arithmetic redone at today's prices, not last year's.
What should you do this quarter?
Six actions, in rough order of value for a UK organisation of any size.
- Inventory what you already own. Run a memory allocation audit across the virtualised estate and claw back over-provisioned RAM before buying any more. It is the only mitigation with zero capital cost.
- Fix prices in writing on anything you must buy. Reject reprice-at-shipment clauses; get delivery pricing locked at order placement; escalate approval processes so quotes are signed within their 7-to-14-day validity.
- Cap contract terms at 2027. Do not lock peak pricing into agreements running beyond the point analysts expect relief.
- Qualify a refurbished channel now, before you need it — via TePAS 2's circular IT lot for public sector, or a reputable refurbisher with warranty terms for private sector.
- Ask vendors about support exceptions and memory tiering. Both extend the life of the estate you have, and both cost a conversation.
- Rebase your budget on ranges, not points. Budget hardware lines with an explicit uncertainty band and a stated assumption date — SHI's guidance to buyers in February 2026 was to allow a 30–60 per cent uplift over the January baseline for the first half of the year. If you buy through an MSP, benchmark what you are paying per user per month so hardware inflation is not silently absorbed into a bundled rate.
The organisations that come through this cycle least damaged will not be the ones that guessed the price curve correctly — nobody has managed that since late 2025, including the people paid to. They will be the ones that stopped pretending point forecasts were possible, fixed what could be fixed in contract terms, and extracted more work from the hardware they already own.
Sources
This article draws on TrendForce contract price forecasts and market outlooks published between 29 October 2025 and 30 July 2026; Gartner's semiconductor revenue forecast of 8 April 2026; Counterpoint Research's memory price tracking of 5 February 2026; HPE's February 2026 partner letter as published by IT Channel Oxygen; TrendForce's December 2025 reporting on Dell and Lenovo pricing; HP's investor commentary of February 2026; SHI's data centre buyer guidance of 18 February 2026; lead-time warnings from Inventec reported in July 2026; UK pricing data from Servnet UK's July 2026 trackers; the Lewis Silkin client briefing of 11 May 2026; OVHcloud's published pricing commentary; the UK National Semiconductor Strategy (GOV.UK, May 2023) and Government Commercial Agency framework documentation; SK Hynix and Micron executive statements as reported by Bloomberg and TrendForce; and a July 2026 practitioner discussion among IT leaders on r/CIO, reported here as unverified practitioner accounts.
