- Data centres — racing to power the next generation of AI models —expected to consume a staggering 70% of all memory chips manufactured in 2026, leaving consumer device makers scrambling for what little remains.
- Memory now represents a growing share of the bill of materials for laptops and PCs.
The sticker shock is real, and it’s spreading. From the smartphone in your pocket to the laptop on your desk, the cost of consumer electronics is climbing at a pace not seen in years.
At the heart of the surge: a global memory chip shortage that industry leaders now warn could persist well into 2027.
The crisis, fueled by an insatiable artificial intelligence boom, has upended the semiconductor supply chain. Data centres — racing to power the next generation of AI models — are expected to consume a staggering 70 per cent of all memory chips manufactured in 2026, leaving consumer device makers scrambling for what little remains.
“We’re seeing a fundamental reallocation of the world’s memory supply,” said one industry analyst in a recent briefing. “Server farms get first pick. Everybody else gets in line.”
The raw figures tell a stark story. Memory prices surged by an estimated 80 to 90 per cent in the first quarter of 2026 compared to the previous quarter, according to industry reports. Gartner has forecast DRAM prices to climb 47 per cent over the full year, while some analysts project additional hikes of 40 to 50 per cent in the third quarter alone.
For consumers, the math is unforgiving. A mid-range laptop that retailed for $800 a year ago now commands closer to $1,050. DDR5 memory kits, once a commodity upgrade for PC builders, have seen prices triple and in some cases quadruple, with entry-level kits now starting at $350.
Samsung Electronics — the world’s largest memory chip manufacturer — issued a blunt warning earlier this year: shortages will drive industry-wide price increases through 2026 and beyond. Sascha Ghobadi, CEO of Synopsys, told CNBC in January that the shortage would likely stretch into 2027.
The AI effect
What makes this shortage different from previous cycles is the dominance of a single demand driver. The generative AI arms race, led by companies like OpenAI, Google DeepMind, and emerging Chinese competitors, requires enormous quantities of high-bandwidth memory (HBM) — the ultra-fast DRAM variant purpose-built for AI accelerators.
Producing HBM consumes roughly three times the wafer capacity of standard DRAM, meaning every chip allocated to a data centre GPU effectively removes three chips from the consumer market. Foundries, faced with this reality, have prioritised their most profitable lines.
“Why sell to a laptop maker at a thin margin when a cloud giant will pay a premium?” one supply chain executive told analysts. The result is a cascade: enterprise-grade memory commands top dollar, high-end consumer products absorb what’s left, and budget-tier devices simply get deprioritised.
The toll on devices
The impact is already rippling through the market in concrete ways. Global PC shipments are now expected to decline by 10.4 per cent in 2026, while smartphone shipments face an 8.4 per cent contraction.
These are not forecasts of weakening demand — consumers still want new devices — but of supply-side constraints: manufacturers simply cannot source enough memory to build them at viable price points.
Some manufacturers are responding by quietly downgrading specifications. Laptops that would have shipped with 16 GB of RAM as standard are now launching with 8 GB base configurations. Smartphones are seeing storage tiers compressed. In other cases, brands are holding the line on specs but passing the full cost to buyers.
Apple and Microsoft have already raised prices across multiple product lines, industry sources confirm. Smaller players face an even grimmer calculus: with less negotiating leverage and thinner margins, some confront what analysts describe as an existential threat — unable to secure components at any price that would allow them to compete.
Historically, semiconductor markets are cyclical — boom leads to overcapacity, which leads to price collapse. But with AI demand projected to grow exponentially through the end of the decade and new fabrication plants requiring years to come online, the usual cycle may be breaking.
What it means for consumers
For the average buyer, the implications are clear and immediate:
- Higher upfront costs across nearly every category of consumer electronics, from flagship smartphones to budget tablets
- Fewer discounts and holiday promotions, as retailers face their own margin pressure and constrained inventory
- Limited configuration options, with the RAM and storage tier you want increasingly difficult to find in stock
- Longer refresh cycles, as consumers delay upgrades in response to elevated pricing
“Memory now represents a growing share of the bill of materials for laptops and PCs,” industry analysts note, meaning that component-level price spikes translate more directly to the checkout counter than in years past.
A glimmer of restraint?
Not every indicator points to an unrelenting upward spiral. Some analysts note that weakened consumer demand — partly a consequence of the price hikes themselves — may act as a natural brake on further increases in the second half of 2026. If buyers balk at $1,200 mid-range laptops, manufacturers will face pressure to absorb costs rather than lose volume.
Still, the broad consensus is sobering. The memory chip shortage of 2026 is not a transient disruption like the pandemic-era supply chain snarls. It is a structural shift driven by the most transformative technology wave in a generation — and consumer electronics pricing may never return to the old normal.