The shortage has a new timeline
Memory chip prices have been climbing since late 2025, but this week two of the world's three companies that make advanced memory put numbers on how long that will last. SK Hynix chief executive Kwak Noh-jung said 2027 will be "the worst year in the industry's history from the supply perspective," and that demand will keep outrunning supply well past 2030 despite the company's own expansion plans. "Our customer demand continues to go up, while our capacity has limitations," he said. Samsung's memory chip division head, Kim Jaejune, gave a similarly bleak read on the nearer term: "We believe it will be unlikely to see any increase in incremental supply through 2028. The supply constraints are expected to become even more severe in 2027."
Samsung, SK Hynix and Micron are the only three companies that make advanced, high-end memory chips at scale. When two of them independently point to the same multi-year window, that is a supply-side statement the rest of the electronics industry has to plan around, not a one-company forecast.
Apple is the clearest bellwether
Apple's July 31 earnings call gave the most concrete corporate account of what this looks like from the buying side. Chief executive Tim Cook told investors the company expects memory-related supply constraints to intensify every quarter going forward, and was explicit that the immediate cause is not a normal supply disruption: it is Apple's own demand outrunning its forecasts, with iPhone sales up 22% year to date and Mac sales up 29%. Mac availability is already affected, and Apple expects the squeeze to spread to iPhone and iPad.
The MacBook Air's starting price has already moved as a result, up from $1,099 to $1,299. That increase is not unique to Apple: analysts tracking the broader market project PC prices will rise 17% by the end of 2026 versus 2025, and smartphone prices 13%, driven by the same input cost.
Apple is not standing still on the sourcing side either. The company has a $600 billion, four-year commitment to US supply chain investment made in 2025, and a custom silicon deal with Broadcom expected to exceed $30 billion, though neither directly targets the memory bottleneck itself. On the consumer side, Apple has launched a subscription-based device upgrade program, letting buyers pay for hardware over time rather than absorb a higher sticker price at purchase, a response Northeastern University business professor Nada Sanders points to as evidence of how far the pricing pressure has already spread. She calls the current period "an AI memory supercycle" and says on how much further prices could rise, "the sky's the limit."
Where the memory is actually going
The underlying driver is demand from artificial intelligence (AI) data centers, which are projected to consume roughly 70% of all memory chips produced in 2026. That is memory being bought for AI training and inference infrastructure, competing directly for the same fabrication capacity that would otherwise go into laptops, phones and other consumer and enterprise devices. Samsung, SK Hynix and Micron are responding by locking hyperscale cloud customers into long-term supply agreements running three to five years, which secures the AI buyers' allocation but leaves device makers competing for whatever capacity is left.
Microsoft has already made a visible product tradeoff because of it: the base configuration of its Surface Laptop was cut from 16 gigabytes (GB) of RAM (random-access memory, the chips that hold data a computer is actively using) down to 8GB, a direct response to component costs rather than a design choice.
What this means in practice
For enterprise IT buyers, this is a procurement-timing problem more than a one-off price bump: budgeting cycles built around historical hardware refresh costs need revisiting now, because the vendors making the memory itself are saying the tightest years are still ahead, not behind. Locking in bulk device orders or extended-support arrangements on current hardware may be cheaper than waiting for a 2027 refresh cycle that both major suppliers expect to be worse, not better. For anyone shopping for a laptop or phone, the practical read is that base-configuration RAM and storage are the numbers to watch closely on a spec sheet right now, since manufacturers are already trimming them to hold price points, and that waiting for the memory market to loosen up before buying does not look like a strategy the chipmakers themselves expect to pay off before the end of the decade.
