If you have priced out a batch of laptops, a server refresh, or even a handful of new tablets in the past few months, you already know something is different. Quotes that would have been stable for a quarter are now stale in a matter of weeks. Vendors are adding price protection clauses to purchase orders. Lead times that used to be a formality are turning into real waiting lists. This is not a normal seasonal fluctuation, and it is not a single supplier having a bad quarter. It is a global memory chip shortage, and it is reshaping how much every piece of business technology costs.
We work with hardware vendors and distributors every week as part of our procurement services, so we are seeing this from the inside rather than reading about it after the fact. Here is what actually happened, what it means for the rest of 2026, and what the honest outlook for 2027 looks like.
What actually happened: the AI memory land grab
The root cause is not tariffs, and it is not a factory fire or a shipping crisis, although both of those have added friction on top of the real problem. The real problem is memory. DRAM and NAND flash, the chips that give every computer, phone, and server its short term and long term storage, are made by a small handful of manufacturers: Samsung, SK Hynix, and Micron. Those same chips, in a more specialized form called HBM, are also what every AI accelerator needs in enormous quantities to keep up with demand from hyperscalers like Microsoft, Google, Meta, and Amazon.
Cleanroom space and manufacturing capacity are not infinite. Faced with a choice between building commodity memory for laptops at normal margins or building AI grade memory for data centers at a significant premium, all three manufacturers made the same call. They shifted capacity toward AI memory. That decision did not just slow down growth in commodity memory supply, it pulled existing capacity away from it, and the result has been the sharpest, fastest memory price run up the industry has ever recorded.
The numbers behind the sticker shock
The scale of this is worth spelling out, because "prices went up" understates what actually happened. DRAM contract prices climbed roughly 95 percent quarter over quarter in the first quarter of 2026, then another 58 to 63 percent in the second quarter. NAND flash moved similarly, with increases as high as 75 percent in a single quarter. Some individual DDR5 components have risen as much as 170 percent year over year.
That flowed through to finished products almost immediately. Dell raised PC prices 15 to 20 percent starting in mid December 2025. Lenovo followed with similar increases in January 2026 and warned that every quotation issued before that date would expire. HP, Acer, and ASUS all confirmed comparable hikes. HP has been direct about why: memory now accounts for roughly 15 to 18 percent of the total cost of a standard business PC, and HP's own leadership has said the second half of 2026 is the harder stretch, not the easier one.
Enterprise storage has been hit even harder than laptops. Some enterprise SSD categories have risen more than 400 percent between the second quarter of 2025 and the second quarter of 2026. A 2TB consumer NVMe drive that cost around 175 dollars in November 2025 was going for close to 380 dollars by March. Traditional hard drives are not a safe alternative either. Western Digital's own leadership has said the company is essentially sold out of enterprise hard drive capacity for all of calendar 2026, because every AI server rack needs far more storage behind it than a traditional server ever did.
This is not just a laptop problem
A lot of the coverage on this focuses on consumer PCs, but the same memory chips sit inside almost everything a business buys.
- Servers. Every rack mounted server relies on the same DRAM and enterprise SSDs that are in short supply, and server memory configurations use far more of it per unit than a laptop does, so the dollar impact per machine is larger.
- Network equipment. Cisco confirmed list price increases on selected hardware effective in April 2026, citing memory costs directly. Cisco's own leadership has noted that networking gear needs less memory than a server, so the increases there have been more moderate, but they are real and they are stacking on top of everything else in a refresh budget.
- Phones and tablets. Average smartphone prices are expected to rise close to 7 percent in 2026, with the low end of the market absorbing the worst of it since bill of materials costs for budget devices have climbed 20 to 30 percent this year alone. Tablets built on the same component base are following the same curve.
If your organization is planning any kind of refresh cycle this year, whether that is workstations, a server replacement, switches nearing end of support, or a round of new tablets for field staff, it is touching this shortage somewhere.
Tariffs are stacking on top of the memory crunch
For organizations buying across the Canada and US border, there is a second layer of cost pressure sitting on top of the memory shortage. A blanket 10 percent import surcharge has applied to goods outside the USMCA framework since early 2026, and the temporary suspension on certain semiconductor tariffs is currently scheduled to expire on November 10, 2026, with a separate new tariff action set to step up further in mid 2027. CUSMA itself is under formal review starting in July 2026, which adds a layer of uncertainty to longer term procurement planning for any Canadian business that sources hardware through US channels, which is most of them.
None of this is catastrophic on its own, but it compounds. A memory shortage that is already pushing list prices up 15 to 20 percent, combined with tariff exposure that shifts depending on the exact product category and the trade policy of the month, makes it genuinely hard for a business without dedicated procurement expertise to know whether a quote today is actually a good number or not.
Will 2027 bring relief? The honest answer is not soon
We would rather tell you the truth than a comfortable story. The people closest to this problem do not agree on how fast it resolves, and none of them are promising quick relief.
Micron's own CEO has said he expects the shortage to persist through 2027, with supply only gradually improving in 2028. SK Hynix has gone further, calling 2027 potentially the worst year the memory industry has ever seen from a supply standpoint, and its chairman has floated a shortage that could run until 2030 in the most constrained scenarios. New fabrication capacity from Micron and SK Hynix is not expected to reach volume production before 2027 at the earliest, and independent analysts at TrendForce have said meaningful NAND flash relief is unlikely before the end of 2027.
There is a slightly more encouraging signal underneath the bad news. The pace of increase is slowing. Quarter over quarter DRAM and NAND price growth in the third quarter of 2026 has moderated to something closer to 10 to 18 percent, down from the 60 to 95 percent spikes earlier in the year, as consumer demand starts to hit real affordability limits. That is not the same as prices coming back down. It means the climb is becoming less steep, not that it is reversing. Budgeting for 2027 on the assumption that hardware returns to 2025 pricing would be a mistake.
What this means for your budget right now
A few practical implications follow from all of this, and they apply whether you are planning a five device order or a full infrastructure refresh.
- Lock in pricing where it makes sense. If a refresh is already planned for the next six to twelve months, pulling it forward and locking a quote now is often cheaper than waiting for a lower price that current supply data does not support.
- Do not overbuy out of panic. Stockpiling devices you do not need yet ties up capital and creates its own inventory and warranty headaches. The goal is timing your real purchases well, not hoarding.
- Separate the urgent from the flexible. A failing server or a switch that is out of support is not optional. A cosmetic laptop refresh for staff whose current devices still work fine can often be pushed a few quarters without real cost.
- Watch total landed cost, not just list price. Between memory driven increases and shifting tariff exposure, the vendor with the lowest list price this month is not always the lowest total cost once duties and channel timing are factored in.
How Regroove helps you navigate this
Hardware procurement is one of the services we run every day, and this is exactly the kind of environment it exists for. We are Lenovo, HP, Yealink, and Cisco partners, which gives us direct visibility into current pricing, allocation, and lead times rather than relying on public list prices that may already be out of date by the time you see them. That covers the full range businesses actually buy: workstations and laptops, servers, network equipment like switches and access points, and mobile devices including the tablets and handhelds that field and frontline teams depend on. We are also a software reseller, so licensing and hardware decisions can be planned together instead of as two separate conversations with two separate vendors.
In a market like this, the value we add is not making the memory shortage disappear, nobody can do that. It is knowing which vendors have real allocation right now, which price increases are locked in versus negotiable, and how to sequence a refresh so you are not paying more than you have to for hardware you actually need. If you want a clear read on what a planned refresh will actually cost in this market, our hardware procurement service is the right place to start, and it pairs naturally with our IT services for organizations planning a broader infrastructure update.
Frequently asked questions
Why are computer and server prices so high in 2026?
The main driver is a global shortage of DRAM and NAND flash memory. Hyperscale AI data centers are consuming an enormous and growing share of available memory manufacturing capacity, which has pulled supply away from the commodity memory used in laptops, servers, phones, and network equipment, pushing prices up sharply across nearly every category of business hardware.
Will hardware prices come back down in 2027?
Most industry forecasts do not expect prices to fall in 2027. Memory manufacturers including Micron and SK Hynix have both signaled the shortage will likely continue through 2027, with meaningful new supply not expected until 2028 at the earliest. The rate of increase has started to slow compared to early 2026, but that means smaller increases, not a return to prior pricing.
Is this only affecting consumer electronics, or business hardware too?
It affects business hardware directly. Servers and enterprise SSDs have seen some of the largest percentage increases of any category, network equipment vendors including Cisco have confirmed price adjustments tied to memory costs, and mobile devices used for field and frontline work are following the same trend as consumer phones and tablets.
What should a business do about rising hardware costs right now?
Separate urgent replacements from ones that can wait, lock in pricing on planned refreshes rather than delaying in hope of a lower price, and work with a procurement partner who has direct vendor relationships and current allocation visibility rather than relying on public list pricing alone.
If you are trying to plan a hardware refresh in this market and want a straight answer on timing and pricing before you commit budget, our team can walk through it with you. Get in touch and we will help you figure out what actually needs to happen now versus what can wait.