By Q1 2026, a 30TB enterprise QLC SSD cost 22.6 times as much per terabyte as an equivalent 30TB HDD, according to Vdura data reported by Forbes — and the gap is still moving. This piece compiles the clearest available NAND, SSD, HDD and market-spend figures from Q1–Q2 2026 into a single index UK storage buyers can use to sanity-check quotes, plan refreshes and decide, with evidence rather than vendor spin, whether flash, disk or a blend belongs in their next array. See our companion SSD vs HDD cost per TB TCO analysis for the deeper unit-economics work.
View the data behind this chart
| 30TB TLC SSD | 30TB QLC SSD | 30TB HDD | |
|---|---|---|---|
| Q2 2025 | $3062 | $2450 | $495 |
| Q1 2026 | $17500 | $15121 | $668 |
The 2026 Storage Price Shock: Headline Numbers
Every measurable layer of the storage stack moved in the same direction in the first half of 2026 — up. IDC put worldwide spending on external OEM enterprise storage systems at $9.9 billion in Q1 2026, a 22.9% year-on-year increase, with all-flash systems alone generating $4.9 billion of that total — 52.6% of the entire external enterprise storage market. That is not a niche flash premium; it is now the majority of what enterprises spend on arrays.
Behind that spend sits a component market that reset almost overnight. Counterpoint Research measured the global NAND flash memory market at $46 billion in Q1 2026 revenue — a 3.5x increase versus Q1 2025. For UK IT buyers used to storage being the boring, predictable line in the capex plan, 2026 has been the year that assumption broke.

Why Storage Costs Are Soaring: The AI Squeeze on NAND
The proximate cause is demand allocation, not manufacturing failure. NAND flash contract prices surged approximately 65% month-over-month in January 2026, a record high, as TrendForce-tracked data (via Bonpain/199IT) showed suppliers redirecting capacity toward AI infrastructure buyers willing to pay premium, long-term contract rates. Product-level NAND prices — the ones that actually flow into SSD bills of materials — climbed 33% to 38% quarter-over-quarter in Q1 2026 alone.
It didn't stop there. TrendForce projected a further 70% to 75% quarter-over-quarter rise in NAND contract prices for Q2 2026, meaning buyers who delayed a flash purchase from Q1 into Q2 were, on the published trajectory, paying substantially more for the same allocation slot. The one piece of better news: TrendForce's own Q3 2026 projection is a much more moderate 10-15% quarter-over-quarter rise, attributed to weakening consumer demand pulling some pressure off the market. Our earlier analysis of the NAND flash price surge covers the buy-now-or-wait calculus in more depth.
SSD vs HDD: The Cost Gap No Buyer Can Ignore
The clearest evidence of the squeeze sits in Vdura's tracked enterprise drive pricing, reported by Forbes. Enterprise SSD prices rose almost 24% in just three weeks between 4 and 23 March 2026 — a pace that makes quote validity windows genuinely risky for procurement teams. Zooming out to a full year of data, a 30TB TLC enterprise SSD rose 472%, from $3,062 in Q2 2025 to $17,500 in Q1 2026. The QLC equivalent moved from $2,450 to $15,121 over the same period.
HDDs moved too, just far less violently. A 30TB HDD rose about 35%, from $495 to $668, across the same Q2 2025 to Q1 2026 window — and a separate tracker put broader hard drive price growth at roughly 46-50% since September 2025. The net effect: by Q1 2026, 30TB QLC SSD capacity cost 22.6 times as much as equivalent 30TB HDD capacity. Supply is compounding the price story — Western Digital's high-capacity nearline drives were reported fully allocated to enterprise customers, effectively sold out for all of 2026, meaning even buyers with budget can struggle to secure disk-based capacity on normal lead times.
- •30TB TLC enterprise SSD: $3,062 (Q2 2025) → $17,500 (Q1 2026), +472%
- •30TB QLC enterprise SSD: $2,450 (Q2 2025) → $15,121 (Q1 2026)
- •30TB enterprise HDD: $495 (Q2 2025) → $668 (Q1 2026), +35%
- •SSD-to-HDD capacity cost ratio (30TB QLC, Q1 2026): 22.6x
Consumer SSDs and HDDs: The Same Squeeze, Less Visible Data
The data compiled above is overwhelmingly enterprise-focused, and deliberately so — that's where the clearest verified pricing series exist. But consumer-grade SSDs and HDDs draw from the same NAND and platter supply chains as enterprise drives, and the same allocation pressure applies to them, just with thinner public reporting. The clearest proof that consumer demand is a genuine lever on this market, not a separate story, is TrendForce's own Q3 2026 forecast: the projected easing to 10-15% quarter-over-quarter NAND contract price growth — down sharply from 70-75% in Q2 — is explicitly attributed to weakening consumer demand pulling pressure off the market.
Separately, a broader hard drive price tracker (not enterprise-specific) put overall HDD price growth at roughly 46-50% since September 2025 — noticeably steeper than the 35% rise seen in Vdura's enterprise-only 30TB HDD figure over a comparable window. That gap hints that consumer and channel HDD pricing may be moving as sharply as, or more sharply than, the enterprise data implies, though the available data doesn't allow a precise consumer-only breakout. The scale of the wider market underlines why this matters beyond the data centre: Accio projects the global HDD market — which spans consumer, channel and enterprise nearline volume together — will be valued at $51.82 billion in 2026. For UK consumers and small businesses buying retail SSDs or external drives, the practical takeaway mirrors the enterprise one: prices have moved up materially since late 2025, and the same allocation dynamics that are squeezing enterprise buyers apply, in some form, to shelf pricing too.
On-Premise Arrays: A 25PB Worked Example
Component inflation scales up brutally once you're pricing whole systems. Vdura's modelling of an all-flash array architecture at 25PB found the three-year total cost of ownership rose from $9.69 million in Q2 2025 to $48.17 million by Q2 2026 — a 397% increase for delivering the same capacity and performance envelope. That is not a rounding error in a procurement plan; it's the difference between a refresh being approved and being sent back to the board.
This is the number UK buyers evaluating a 100TB-plus SAN refresh should hold in their heads when a vendor proposes an all-flash design by default. It doesn't mean flash is wrong for latency-sensitive workloads — it means the architecture decision now carries a cost delta large enough to justify a genuine tiering exercise rather than a like-for-like swap. Reviewing how the major platforms price out under 2026 conditions is worth doing before signing — see our breakdown of how leading platforms compare leading storage arrays.
Cloud Storage: Where Hidden Costs Bite
The brief evidence here is less granular than the on-premise component data, but the direction is consistent: as flash and disk input costs rise for hyperscalers too, the headline per-GB storage rate is increasingly not the number that determines your actual bill. Egress charges, API request fees, retrieval fees for cooler tiers, and minimum storage duration commitments all sit outside the advertised rate and are precisely where UK finance teams report budget overruns — a cost object storage was originally sold as avoiding.
The practical UK response is to model total workload cost, not list price, before committing data to any tier: how often will it actually be read back, will retrieval trigger fees, and does the access pattern match the minimum duration the tier assumes. Buyers weighing cloud against keeping capacity in-house should run this exercise before assuming cloud is automatically cheaper under 2026 pricing conditions.
View the data behind this chart
| QoQ price change (%) | Q1 2026 | Q2 2026 (proj.) | Q3 2026 (proj.) |
|---|---|---|---|
| Low estimate | 33 | 70 | 10 |
| High estimate | 38 | 75 | 15 |
UK Pricing in Pounds: What We Can (and Can't) Say
None of the sourced figures in this index are denominated in GBP — the underlying analyst and vendor data (TrendForce, Vdura, IDC, Counterpoint, Accio) all report in US dollars, and specific UK retail or procurement pricing in sterling was not available in the sources reviewed for this piece. That gap is worth stating plainly rather than papering over with an invented conversion.
What can be said with confidence: UK enterprises procure from the same global NAND and HDD supply chain as everyone else, so the underlying component cost inflation documented above — the 33-38% Q1 quarter-over-quarter NAND rise, the 472% TLC SSD increase, the 35% HDD increase — will pass through to UK-quoted system prices, typically after currency conversion and local distributor or reseller margin are applied. The allocation problem compounds this: with NAND suppliers redirecting capacity to AI infrastructure buyers and Western Digital's nearline drives reported sold out for 2026, UK buyers may find that securing supply on normal lead times is now as pressing a concern as the headline price, regardless of what that price looks like once converted to sterling. Until UK-specific GBP pricing data becomes available, the most reliable planning approach is to treat the dollar-denominated percentage moves above as a direct proxy for sterling cost pressure, and to prioritise long-term agreements or early ordering — as flagged in the mitigation list below — over waiting for local pricing clarity that the current market doesn't offer.
Eight Ways UK IT Leaders Can Mitigate the Squeeze
None of these require waiting for the market to calm down — they're actions available now, whether the environment is on-premise, cloud, or hybrid.
- •Tier aggressively: keep flash for latency-critical workloads only, given the 22.6x capacity cost ratio versus HDD.
- •Model total workload cost for cloud tiers, not headline per-GB price, before committing archival data.
- •Lock supply and pricing early where possible — Q2 2026's projected 70-75% QoQ NAND rise made delay expensive.
- •Consider refurbished storage arrays for capacity-tier expansion where warranty-backed secondary hardware meets the workload.
- •Extend the life of existing arrays with third-party storage maintenance rather than forcing a refresh into a peak-price window.
- •Re-run TCO models before any all-flash default design, given the 397% three-year cost swing seen on a 25PB deployment.
- •Watch the Q3 2026 moderation (10-15% QoQ projected) as a possible window for deferred purchases.
- •Treat HDD allocation, not just price, as a planning risk given reports of nearline drives fully committed for 2026.
Outlook: 2026-2027 and the Verdict
The trajectory published by TrendForce gives buyers a rare thing in this cycle: a forward signal. After Q1 2026's 33-38% quarter-over-quarter NAND contract price rise and a projected 70-75% jump in Q2, the Q3 2026 forecast eases to 10-15% quarter-over-quarter, driven by softening consumer demand. That doesn't mean prices fall back to Q2 2025 levels — it means the rate of increase is expected to slow, not reverse, through the second half of 2026.
The verdict for UK buyers: this is not a market to fight with a single architecture bet. The 25PB worked example shows the cost of guessing wrong on an all-flash design; the 22.6x SSD-to-HDD ratio shows the value of disciplined tiering; the WD allocation story shows that even disk buyers now need to plan supply, not just budget. Use a find the right storage solution exercise against your actual workload profile before the next quote lands — pricing this volatile punishes assumptions faster than it punishes analysis.
Methodology
This index compiles publicly reported storage pricing and market-spend figures covering Q2 2025 through Q2 2026, drawn from analyst and industry sources including TrendForce (NAND contract pricing), Vdura component and system-level tracking as reported by Forbes, IDC (enterprise storage systems market spend) and Counterpoint Research (global NAND flash market revenue). Data collection and verification for this piece took place in July 2026, with each figure checked against its originally cited scope — contract price versus product price, quarter-over-quarter versus year-over-year, and component price versus fully configured system cost — to avoid conflating measures that sound similar but describe different things.
Where UK-specific GBP pricing was not available in the underlying sources, figures are presented in their original currency and scope, with the UK-buyer implication (procurement cost pressure, allocation risk, architecture decisions) drawn out in analysis rather than invented as a converted figure. No percentage, ratio or price in this piece has been averaged, extrapolated or estimated beyond what its source explicitly states.
Sources
Every figure in this article traces to the sources below.
- •TrendForce via Vertex AI Search (citing Bonpain, 199IT) — NAND contract price moves, Jan/Q1/Q2 2026
- •TrendForce — Q3 2026 NAND price projection
- •Forbes (citing Vdura) — enterprise SSD, HDD and all-flash array pricing data
- •Why Hard Drive and SSD Prices Are Exploding in 2026 — broader HDD price tracker
- •YouTube analysis — Western Digital nearline drive allocation for 2026
- •IDC — worldwide external OEM enterprise storage systems market, Q1 2026
- •Digital Journal (citing IDC) — all-flash systems share of enterprise storage market
- •Counterpoint Research — global NAND flash market revenue, Q1 2026
- •Accio — global HDD market size forecast 2026
View the data behind this chart
| 2026 Price Trend | Supply Position | Best Fit Workloa… | |
|---|---|---|---|
| All-flash arrays | +397% 3yr TCO (25PB) | Allocated to AI first | Latency-critical |
| Nearline HDD arrays | +35% (30TB drive) | WD sold out for 2026 | Bulk & archive |
| Hybrid arrays | Blended, moderating | Better availability | Most enterprises |
| Cloud object storage | Hidden fee growth | Elastic, no CapEx | Variable/burst data |
The 9 verified data points behind this study are free to download and reuse with attribution (CC BY 4.0).
Cite as: Servnet Research, “2026 Storage Price Index: What the Crisis Did to Arrays”, servnetuk.com, 2026.
