The 2026 IT Hardware Market: Why Everything Costs More (and What You Can Do About It) -

If your last server quote came back higher than expected and caught you off guard, you are not alone. IT infrastructure pricing has entered one of the most volatile stretches in years, and unlike past shortages tied to a single factory fire or shipping backlog, this one is structural and rooted in how the world’s memory and chip supply is being reallocated toward AI.

Memory is the epicenter

DRAM and NAND flash are where the pain is most acute. Conventional DRAM contract prices rose roughly 90-95% quarter-over-quarter in Q1 2026, with another 58-63% increase projected for Q2, and NAND flash climbing 70-75% over the same stretch. The pace has cooled somewhat since, Q3 2026 projections call for DRAM contract prices up 13-18% and NAND up 10-15%, a real slowdown from the roughly 60% jumps seen in Q2 but “slower growth” still means prices keep climbing, not falling.

The root cause is capacity, not demand shocks. Memory makers are shifting wafer capacity toward High Bandwidth Memory (HBM) for AI accelerators, which requires roughly three times more wafer capacity per bit than standard DRAM, leaving less room for the conventional DDR4/DDR5 that powers everyday servers, PCs, and workstations. This is being described as a structural reallocation of fab capacity rather than a cyclical shortage that self-corrects, with meaningful new capacity unlikely before late 2027 and real relief pushed into 2028-2029.

Servers and workstations are absorbing the shock

Component price hikes don’t stay contained, they flow straight into finished hardware. Dell, Lenovo, HP, and HPE all raised server prices roughly 15% in late 2025 and early 2026, with Dell adding another 17% increase at the end of March 2026, and HP reporting that memory now makes up around 35% of PC build costs, after doubling in a single quarter.

Memory-heavy configurations are hit hardest. One reference build tracked by industry analysts saw memory’s share of total bill-of-materials climb from about 18% to roughly 53% in eighteen months. Database servers, virtualization hosts, and high-RAM engineering workstations are exactly the systems seeing the steepest jumps.

GPUs add another layer

For AI-focused infrastructure, GPU-based servers carry their own premium. GPU-based server prices are expected to run 30-50% above early-2025 levels, with shortages persisting through the end of 2026 as TSMC’s production capacity remains fully contracted and new US fab capacity doesn’t arrive until 2027-2028. By contrast, standard CPU-based servers are expected to stabilize sooner, possibly by late 2026 or early 2027.

What this means and what to do

The consistent message from analysts across the industry is that this is a “plan around it,” not a “wait it out” market. A few practical takeaways:

Delay has a real cost. Manufacturers provide short quote validity windows and tightening discount structures, so a slow internal approval process can mean paying a higher price tier by the time a PO is cut.
Right-size memory configurations. Since RAM is now the single biggest cost driver in most builds, it’s worth scrutinizing whether every workload actually needs its current memory footprint, or whether CPU/NVMe/GPU offload can do the job more cheaply.
Diversify vendors and SKUs where possible. Standardizing on a single memory density, CPU generation, or vendor increases exposure if that specific part gets tight. Building some flexibility into specs gives procurement more room to substitute when lead times or pricing shift.
Lock in pricing early. Multi-quarter or annual procurement agreements can hedge against further contract-price increases while the memory market remains tight.
Take a holistic view, not just a hardware view. In a market like this, the right answer is sometimes architectural rather than transactional; a different memory topology, a storage tier shift, a workload that’s better suited to cloud than on-prem. Conversations to look at the whole stack, from application down to system architecture, rather than pricing out a spec sheet in isolation.

The bottom line

This isn’t a temporary blip, it’s a multi-year reset driven by AI’s appetite for memory and compute. Gartner expects combined DRAM and SSD prices to be up roughly 130% by the end of 2026, with no meaningful relief before late 2027. Budgeting for IT infrastructure in 2026 and 2027 means budgeting for a fundamentally higher cost floor than the pricing most buyers remember from previous years.

At ASA Computers, we track these market shifts closely so our customers can make informed purchasing decisions. Our team has built enduring relationships with vendors over decades in this business, which means real allocation and pricing leverage when component supplies get tight. Our team can help to identify the right solution for a given workload, not just the most expensive one. For larger infrastructure decisions, think through application-to-system architecture holistically, so a hardware purchase fits into the bigger picture instead of being made in a vacuum. Reach out to ASA’s Technical Advisors for your next hardware refresh.

Sources

Figures reflect market data available as of mid-2026 and are subject to change as supply conditions evolve.