What’s Behind Mobile Computer & Tablet Price Increases?

If you have purchased a new laptop, server, or industrial handheld computer recently, you may have noticed something uncomfortable: prices are up, availability is down, and lead times have stretched. You are not imagining it. A global shortage of computer memory is reshaping technology procurement across virtually every industry—and the effects are being felt from hyperscale data centers all the way to warehouse floors. Here is what is happening, why it is happening, and what businesses like yours should expect over the next two to three years.

The Current State of Memory Prices in March 2026

The computer memory market is experiencing one of the most severe supply crunches in its history. According to TrendForce, a leading semiconductor research firm, conventional DRAM contract prices surged by an estimated 90 to 95 percent quarter-over-quarter in Q1 2026 alone—the largest single-quarter increase on record. Enterprise SSD prices are expected to rise by an additional 53 to 58 percent in the same period.

The numbers at the product level are equally striking. Samsung raised prices on 32GB DDR5 modules to $239 from $149 just months prior—a 60 percent increase. According to Network World, research firm Counterpoint projects that DDR5 64GB RDIMM modules—widely used in enterprise servers—could cost twice as much by year-end 2026 compared to early 2025. SK Hynix has already reported that its HBM, DRAM, and NAND capacity is sold out through the end of 2026. Micron has acknowledged it can meet only about two-thirds of the memory requirements for some customers.

The ripple effects are being felt across the hardware ecosystem. We have already seen price increases imposed by manufacturers for rugged handhelds and tablet PCs. For businesses running technology refresh cycles or deploying rugged mobile computing solutions in industrial environments, this is a cost reality that demands attention.

What Is Driving Memory Prices Higher?

The root cause of the shortage is straightforward: explosive growth in artificial intelligence infrastructure has fundamentally redirected the world’s memory supply chain.

Training and running large AI models requires enormous quantities of a specialized component called High Bandwidth Memory (HBM). HBM is the memory that surrounds the GPU chips in AI servers built by Nvidia, AMD, Google, and others. The catch is that producing one bit of HBM requires approximately three times the wafer capacity of producing one bit of standard DDR5 memory. As CNBC reported, Micron’s own leadership described this dynamic clearly: “As we increase HBM supply, it leaves less memory left over for the non-HBM portion of the market, because of this three-to-one basis.”

The three companies that produce nearly all of the world’s DRAM—Samsung, SK Hynix, and Micron, which together control approximately 90 to 95 percent of global supply—have all prioritized HBM production because the profit margins are significantly higher. TrendForce data showed that as of mid-2025, HBM3e commanded a price premium more than four times that of DDR5, making the business decision easy for manufacturers even as it created downstream pain for everyone else.

According to IDC, this is not a typical cyclical supply-and-demand imbalance. The research firm describes it as “a potentially permanent, strategic reallocation of the world’s silicon wafer capacity.” The hyperscalers—Microsoft, Google, Meta, Amazon, and others—are spending at unprecedented levels to build AI infrastructure, with hyperscaler capital expenditure approaching $600 billion in 2026 alone, a 36 percent year-over-year increase. These buyers are first in line for memory allocations, leaving industrial, commercial, and consumer markets to compete for what remains.

Tom’s Hardware reports that data centers are expected to consume 70 percent of all high-end DRAM production in 2026. That leaves the remaining 30 percent to be split across smartphones, PCs, tablets, industrial devices, automotive systems, and every other technology that depends on memory. The math is unforgiving.

Compounding the supply squeeze is behavior in the procurement market itself. Panic buying and double ordering have become widespread, distorting demand signals and accelerating price increases beyond what fundamental supply constraints alone would produce, according to Sourceability. Buyers who would ordinarily place measured orders are front-loading purchases out of fear that prices will be even higher in a few months—which creates a self-fulfilling cycle.

The Outlook for Memory Prices Through 2027 and 2028

The difficult reality is that there is no quick fix on the horizon. Building a new semiconductor fabrication facility—a “fab”—takes three to five years from planning to volume production, and requires billions of dollars in capital investment. Micron is constructing new fabs in Boise, Idaho (expected online in 2027-2028) and has announced a facility in Clay, New York that is not expected to produce chips until 2030. SK Hynix’s planned capacity additions are similarly years away. The Register quotes a TechInsights analyst noting that even with the current revenue surge giving memory makers capital to invest, “it’ll be at least three more years before they enter production.”

The consensus across analysts at TrendForce, IDC, Counterpoint Research, and TechInsights points to the following trajectory:

•  2026: Prices continue to rise in the first half, with some potential plateau in the second half as incremental fab expansions (not new greenfield facilities) add modest capacity. TechRadar notes that TrendForce projections show no downward reversal—only continued increases at a potentially slower pace after the dramatic Q1 spike.

•  2027: The most likely window for initial price stabilization, according to the base-case scenarios from SoftwareSeni and Bacloud’s market analysis. New capacity from Micron’s Idaho facility and SK Hynix’s Yongin cluster may begin to reach commercial volumes. However, The Register cautions that Nvidia plans to deploy its next-generation Rubin-Ultra GPUs with a terabyte of HBM4e memory each in 2027, which could absorb new supply as fast as it comes online.

•  2028 and beyond: Meaningful price declines may begin as multiple new fabs reach volume production. Even then, analysts at BISI caution that prices are likely to remain 30 to 50 percent above pre-crisis levels permanently. The era of extremely cheap memory appears to be structurally over, regardless of when the acute shortage eases.

The worst-case scenario, which some analysts assign a meaningful probability, is that sustained AI infrastructure investment keeps memory prices elevated through 2028 or later, with each wave of new AI hardware demand absorbing incoming supply before prices can normalize for commercial buyers.

What This Means for Technology Buyers in Industrial and Commercial Sectors

For operations managers and IT leaders in warehousing, distribution, manufacturing, and logistics, the memory crunch has practical implications that go beyond sticker shock on a hardware quote.

Technology refresh cycles that assumed stable or declining hardware costs will need to be revisited. Rugged handheld computers, tablets, barcode scanners, and thermal label printers all depend on memory components affected by this shortage. Lead times on some products have extended, and pricing agreements that were valid even a few months ago may no longer reflect current market conditions.

The prudent strategy for most organizations is to plan hardware procurement further in advance than has historically been necessary, work with a great VAR partner such as CSSI Technologies to stay informed on impending price changes, and resist the temptation to delay planned purchases in hopes of lower prices—current analyst consensus suggests that strategy is likely to cost more, not less, over the near term.

CSSI Technologies Is Here To Help With Your AIDC Technology Needs

CSSI Technologies monitors these market dynamics on behalf of our customers. If you are planning a technology refresh, deploying new scanning or mobile computing infrastructure, or evaluating your hardware roadmap in light of current market conditions, we encourage you to contact us for help. Our team can help you develop a procurement strategy that accounts for today’s supply environment and positions your operations for the technology cycles ahead.