The decade-long DRAM squeeze starts now
The DRAM shortage impact is a long-term supply crunch in dynamic random-access memory, driven by underestimated AI demand and cautious factory expansion, which keeps PC memory prices high and reshapes how enthusiasts plan, prioritize, and pay for RAM in new builds and upgrades.
This is not a passing spike; it is a structural problem. ADATA’s chairman Chen Li-bai bluntly says DRAM shortages will last another ten years, arguing that markets misread the true scale of global memory demand. AI infrastructure, he says, is still in its early stages, and the talk of an “AI bubble” can wait decades. In his view, memory and electricity will be the two scarcest resources over the next decade, a stark warning that today’s price pain is tomorrow’s normal. For PC builders, that means the era of cheap, overprovisioned RAM is over. Treating DRAM like a throwaway commodity will become the fastest way to blow a build budget.
Why DRAM is scarce while NAND sees light at the end of the tunnel
On paper, manufacturers are expanding DRAM and NAND capacity, but the timelines alone show why DRAM is in deeper trouble. Most construction and expansion projects for memory fabs are clustered between 2028 and 2035, a slow, cautious ramp rather than a flood of new supply. Chen notes that major DRAM vendors are “rational and prudent” about new fabs because they know overbuilding crushes margins; that financial caution is now a supply problem for everyone else.
NAND flash, crucial for SSDs, has a slightly brighter outlook. TrendForce expects NAND to stay undersupplied through 2026 with a 4–5% deficit, but forecasts supply growth will outpace demand and constraints will ease in the second half of 2027. Servers already eat more than 40% of NAND output, yet weaker smartphone and notebook demand gives consumer storage some breathing room. DRAM, by contrast, sits at the heart of AI accelerators and servers, and Chen believes shortages could persist for a decade even after new Samsung, SK Hynix, and Micron fabs come online. SK Hynix sees the crunch peaking in 2027 and lasting through 2030, with Micron also expecting shortages beyond 2027.
How the DRAM crunch is already hitting RAM and device prices
If this still sounds theoretical, look at current DDR5 cost trends. The memory crisis has already pushed DDR5 kit prices from around USD 100 (approx. RM460) to more than USD 400 (approx. RM1840), reviving demand for older DDR4 platforms and forcing some buyers down a generation. That is not a blip; it is the front edge of a decade-long shock. ADATA has already warned of an imminent 30% price bump for DRAM and a 40% bump for NAND by Q3 2026. One clear quotable takeaway is: “The crisis has already helped push DDR5 kit prices from around USD 100 to more than USD 400, revived demand for DDR4 hardware, and prompted warnings that memory costs could raise PC and smartphone prices by as much as 8%.”
Those warnings matter because memory is no longer a small slice of a system’s bill of materials. With DDR5 already 4x its previous level in some kits and more hikes projected, RAM can add up to an 8% increase in total PC and smartphone prices. That means builders and buyers cannot treat RAM as an afterthought or a “nice to max out later”; it has become a primary driver of system cost and a key constraint on what you can build at any given budget level.
What PC builders should change in their plans
A decade of constrained DRAM supply reshapes practical strategy more than it reshapes technology. With memory and electricity flagged as the scarcest resources over the next ten years, enthusiasts need to rethink how they choose platforms and upgrade paths. You can no longer assume RAM prices will trend down if you wait; the industry’s own outlook suggests shortages into the 2030s and no return to pre-crisis prices.
Because NAND shortages may ease after 2027 while DRAM remains tight, storage upgrades are likely to become the more affordable way to extend a system’s life. In other words, the “cheap SSD, cheap RAM” era is gone; future-friendly builds will prioritize enough DRAM from day one and treat SSD capacity as the flexible, later upgrade. Enthusiasts who keep chasing bleeding-edge DDR5 speeds should expect to pay heavily for that preference, while those willing to embrace modest capacities and speeds will do more with less and avoid being priced out of the hobby.
The bottom line: DRAM is the new bottleneck
The lesson from ADATA’s warning is uncomfortable but clear: DRAM is becoming the limiting factor for both AI data centers and enthusiast rigs. AI demand, underestimated for years, is absorbing capacity faster than fabs can be built, and the deliberate pace of expansion through 2035 means relief will be slow at best. Talk of an “AI bubble” misses the point; even if sentiment cools, the hardware projects already underway lock in years of elevated demand.
For PC builders, that means the old rule—wait a year or two and RAM will be cheap—no longer holds. Instead, memory is now a strategic resource. Plan your builds around realistic capacities, expect PC memory prices to stay high, and accept that the next decade belongs to those who can balance ambition with scarcity. In a world where DRAM is the bottleneck, smart allocation matters more than raw abundance.
