School technology coordinators across Australia and globally are facing a familiar challenge: spending budgets that no longer stretch far enough. But this time, the squeeze comes not from politics or fiscal policy, but from one of the world's richest industries bidding up the cost of computer memory.
Chromebooks, the low-cost computing option popular with education buyers, will be squeezed hardest this year as memory prices spiral out of control. For schools in regional areas and lower-resourced communities, Chromebooks have been a lifeline. They cost a fraction of traditional laptops, run efficiently, and connect easily to cloud-based learning platforms. But 2026 is shaping up very differently.
The price of mainstream memory and storage configurations jumped between $90 and $165 since the start of last year, a financial pressure that forced PC brands to ditch promotions, hike purchase prices, and adjust specs. Memory prices are estimated to rise a further 60 percent in Q1. That mathematics is brutal for education budgets. Because Chromebook margins are so thin, they are often the most vulnerable to component price hikes.
The culprit is no secret. The boom in AI infrastructure has led memory chip makers to reallocate manufacturing capacity to output more of the high-margin components for AI servers and GPUs, rather than the everyday memory chips needed for PCs and other devices. Three companies—Samsung, SK Hynix, and Micron—control roughly 95% of worldwide DRAM production. When those firms decide their profit margins lie in serving Google, Meta, and Microsoft rather than schools, the market shifts rapidly.
Lenovo, HP, and Dell et al are prioritizing production to higher-margin devices as lower-margin kit has less room to absorb rising costs. The forecast reflects this grim reality: Chrome devices face the steepest decline at 28 percent, as the education-heavy platform is particularly exposed to tighter component allocation, lower margins, and the discontinuation of some memory and storage products.
Some argue this is simply the market working as intended. High-margin products do fund innovation; manufacturers seeking to stay profitable cannot absorb infinite cost increases. Tech giants are willing to pay premium prices because the return on AI infrastructure investment justifies it. In the competition for scarce resources, willingness to pay determines allocation. Education sectors, by design, operate on constrained budgets. That is not new.
Yet there is a counterargument worth taking seriously. Data centres are projected to consume approximately 70% of all memory chips produced globally in 2026, leaving consumer and enterprise PC segments competing for the remaining supply. This concentration of supply toward one sector risks long-term damage to educational technology access and digital equity. Budget-conscious buyers, including schools and families, will not simply absorb higher prices. To keep prices low, manufacturers may be forced to raise prices; a $599 Chromebook Plus could easily jump to $649 or $649. Some will simply opt out: delaying purchases, reducing order volumes, or downgrading specifications.
According to analyst Aaron Smith at Context, "The demand for specialised components used in AI infrastructure is pulling production capacity away from other parts of the hardware market. It is beginning to influence how the entire hardware market behaves: from supply chains and pricing to the way organisations prioritise their IT investments."
For schools and families, the timing could not be worse. Device refresh cycles do not wait for memory prices to stabilise. Students still need functioning laptops for remote learning, digital literacy skills, and exam preparation. The choice is not whether to invest in devices; it is whether to do so at inflated prices, with reduced specifications, or with older technology.
The research tells us that device quality matters. Studies consistently show that equitable technology access supports learning outcomes, particularly for disadvantaged students. But equity is not self-correcting when supply chains tighten. It requires deliberate policy intervention: either accepting higher costs within education budgets, planning further ahead to secure current inventory, or exploring alternative solutions.
This shortage is not temporary scarcity created by a pandemic or natural disaster. The current memory crisis is structural, not cyclical. Unlike previous DRAM shortages caused by natural disasters or temporary demand spikes, this shortage stems from a deliberate reallocation of semiconductor manufacturing toward AI infrastructure. Schools planning for 2026 and beyond cannot rely on prices normalising quickly.
Australian state and federal education departments will face real choices in the coming months. Some may accelerate purchases before prices peak further. Others may shift toward devices with longer lifespan expectations or explore refurbished options. Some may invest in fewer, higher-specification devices rather than broad fleet replacement. Each choice involves trade-offs between equity, cost, and outcomes.
The global economy runs on tradeoffs, and scarcity forces them into the open. The question now is whether education technology will be treated as essential infrastructure worthy of sustained supply, or as a discretionary market segment that yields priority to higher-margin applications. Market forces will decide if left alone. Policy makers still have time to shape what happens next.