For the better part of a decade, hardware pricing moved in a direction most IT procurement teams found comfortable: slowly downward, or at least sideways. Budgets could be built a year in advance with reasonable confidence that a server quoted in January would cost roughly the same in September. That era appears to be over. A convergence of RAM shortages, raw material constraints, and layered supply chain disruptions is driving costs upward across nearly every hardware category, and the trajectory suggests this is not a temporary spike.
The most immediate signal is coming from the OEMs themselves. Major server manufacturers are planning price increases of approximately 15% driven by memory cost spikes, as reported by The Register. Dell has confirmed cost increases across its entire hardware portfolio due to RAM shortages, according to CRN. Perhaps most unsettling for IT procurement teams: laptop pricing is now changing mid-cycle, with prices no longer locked at the time of order, as TechRadar has documented.
This represents a fundamental shift. IT pricing has moved from relatively stable and predictable to dynamic and volatile. Organizations that build budgets assuming prices will hold for 6–12 months are working from an outdated playbook.
Several compounding factors are pushing hardware costs upward simultaneously:
Memory costs are surging. DRAM prices are expected to rise 50–55% in a single quarter, according to CNBC. This sharp, quarter-over-quarter jump will directly affect the cost of every device that contains RAM.
NAND flash costs are climbing. TrendForce reports NAND flash cost increases ranging from 20–60%, driven primarily by enterprise demand for SSDs and high-capacity storage.
Laptop prices are rising sharply. Business Insider reports laptop prices increasing 10–30% due to DRAM and SSD shortages. Dell and Lenovo are raising pricing approximately 15–20% due to DRAM increases, per TrendForce.
OEMs are signaling urgency. Lenovo has warned its channel partners to order early before pricing changes take effect, as reported by CRN. Forrester projects enterprise laptop pricing will increase 10–15% or more during current refresh cycles.
When an OEM tells its partners to buy now, it is worth paying attention. These are not companies that benefit from accelerating their customers' purchasing decisions unless the cost pressure is real.
The RAM shortage is the most visible driver of price increases, but it sits on top of a broader and less discussed supply chain disruption that compounds the problem.
Qatar produces roughly 30% of the global helium supply, and disruptions there are already impacting semiconductor manufacturing. Forbes reports that 27–30% of global helium supply was disrupted in 2026, with direct consequences for chip production. Helium is used in semiconductor fabrication, fiber optics manufacturing, and advanced cooling systems, as documented by the Oregon Group.
Beyond helium, the concentration of critical materials presents ongoing risk. China controls approximately 60% of rare earth supply and roughly 90% of refining capacity, according to S&P Global. Supply restrictions on gallium and germanium (both essential to semiconductor and optics manufacturing) have already been implemented, as Chiptracer has reported.
The impact extends to network infrastructure as well. Fiber cable supply shortages are pushing lead times to approximately 12 months, per Light Reading, with fiber material costs increasing anywhere from 30–150% according to Fibreopticbox. Constraints on tungsten, specialty chemicals, and silicon inputs continue to tighten.
The key takeaway: this is not simply a "chip shortage." It is a set of layered supply chain constraints affecting raw materials, manufacturing inputs, and finished goods simultaneously. Resolving one layer does not resolve the others.
The practical implications are straightforward but significant:
Prices are rising across all hardware categories. Servers, laptops, storage, and networking equipment are all affected.
Higher-end configurations are increasing fastest. Systems with more RAM, faster SSDs, and enterprise-grade specs carry the largest price premiums because they consume the components under the greatest supply pressure.
Availability is tightening and lead times are extending. For organizations accustomed to placing an order and receiving hardware in 2–4 weeks, the new reality of 8–12 week lead times (or longer for fiber infrastructure) requires different planning.
For Canadian businesses, currency dynamics add another layer. With hardware priced in USD, any softening of the Canadian dollar against the US dollar further amplifies cost increases in CAD terms. Budgets built on last year's exchange rate assumptions may understate the real cost of upcoming purchases.
Some organizations may be tempted to delay purchases, hoping that prices stabilize or retreat. The available evidence suggests that strategy will likely result in higher total spend, not lower.
Business Insider reports that memory shortages are expected to persist into 2027 and beyond. Computerworld, citing IDC, projects PC pricing could increase up to approximately 20% due to ongoing supply imbalances. These forecasts reflect the structural reality that demand for memory and storage continues to grow (driven by AI workloads, cloud expansion, and Windows 11 refresh requirements) while supply remains constrained.
In our experience working with mid-market Canadian organizations, the cost of delay is rarely just the price increase itself. It also includes the operational risk of running aging hardware beyond its optimal lifecycle. These risks include increased support costs, security vulnerabilities, and productivity losses that quietly accumulate while procurement waits for a better pricing environment that may not materialize.
A New Strategy: Buy Smarter, Plan Longer
The traditional hardware lifecycle model assumed 3–5 years of useful life and recommended buying for current needs. That model made sense when pricing was stable and upgrades were relatively affordable. The current market calls for a different approach.
Gartner projects that rising costs will push businesses to extend device lifecycles. A 5–7+ year lifecycle is becoming the more rational planning horizon, particularly for enterprise-grade hardware. This changes how organizations should spec their purchases:
Buy with headroom. Selecting configurations with more RAM and storage than today's workload requires allows the device to remain productive longer as software requirements grow.
Prioritize upgradability. Where possible, choose platforms that allow memory and storage upgrades down the road rather than sealed, fixed-configuration devices.
Accelerate refresh timelines for aging hardware. Replacing a 4-year-old laptop now, before a 15–20% price increase, is likely more cost-effective than replacing the same laptop in 18 months at significantly higher cost.
The math is straightforward: spending 10–15% more today on a higher-specification device that lasts 6–7 years is almost always more economical than buying a lower-spec device today and replacing it sooner…or waiting and paying 20–30% more for the same configuration.
Organizations with hardware refreshes planned in the next 12–18 months should engage with their IT partner now to lock pricing, evaluate configuration options with longer lifecycles in mind, and build a procurement timeline that accounts for extended lead times. The window to act is narrowing, and the cost of waiting is only going to grow. If you're looking for a strategic partner who will help you navigate fluctuating pricing while ensuring solutions align with your business outcomes, reach out to an IT Weapons expert to get started today.