What the PC Memory Crisis Is and How It Reached Record Highs
The current PC memory crisis is a prolonged surge in DRAM and NAND flash prices driven by structural supply limits and exploding demand from AI, servers, and storage, which has pushed commodity chips and end‑user products to record levels and locked in shortages that analysts expect to last for several years. In May, market firm DRAMeXchange reported that the average price of PC-use commodity DDR4 8Gb chips hit USD 20 (approx. RM92), up 25% from USD 16 (approx. RM74) in April and the highest level since tracking began. NAND flash has followed the same path: 128Gb MLC parts used in cards and USB drives reached USD 26.51 (approx. RM122) and have now risen for 17 straight months. Even though June contract prices may stabilize, the overall trend in DRAM prices at record high levels and NAND flash prices rising shows little sign of reversing soon.
Why Shortages Could Stretch to 2028 Despite New Capacity
Behind the PC memory crisis is a deeper, long-lasting RAM storage shortage. Team Group’s Gerry Chen estimates that AI demand now absorbs about 40% to 50% of the entire memory market, covering both DRAM and NAND. That demand is not temporary; Nvidia’s Jensen Huang has warned that memory supply is the single biggest limit on scaling AI infrastructure and that high-performance DRAM needs will grow exponentially as AI shifts toward more advanced reasoning and agentic workloads. Micron’s transition of its Manassas facility to the 1-alpha DRAM process will quadruple local DDR4 wafer output, but that upgrade mainly serves long-lifecycle segments like automotive, defense, networking, and medical devices rather than mainstream PCs. According to ADATA chairman Simon Chen, this step will be negligible for restoring global balance, reinforcing industry warnings that the memory shortage could persist until around 2028 even as more advanced DRAM nodes ramp up.
Impact on PCs, Servers, and the Wider Hardware Market
The PC memory crisis is already reshaping pricing throughout the hardware stack. UBS reports that high demand for HBM and DRAM in AI GPUs has created a tight market where prices in some regions have jumped by as much as 414%, while PC makers have paid roughly 110% higher memory prices to secure supply in early 2026. Dell’s latest results reflect this shift: AI server revenue surged 757% year over year, and UBS expects memory cost pressure to hit Dell’s PC and server businesses more severely in the second half of 2026 and into early 2027. Panic buying has lifted PC shipments as OEMs rush to lock in DRAM and NAND ahead of further increases. Even if contract price growth slows, elevated input costs threaten margins and could keep retail RAM and SSD prices high, extending the RAM storage shortage for everyday buyers.
Chinese DRAM and NAND Makers Enter the Mainstream
One potential counterweight to DRAM prices at record high levels is the rise of Chinese suppliers in the mainstream market. Reports indicate that ChangXin Memory Technologies (CXMT) has grown to nearly 8% of the global DRAM market while pushing DDR5 output, and Yangtze Memory Technologies (YMTC) holds roughly 11% to 13% of global NAND share. Corsair has already tested DDR5 modules built with CXMT chips, and some of these kits are reportedly selling near USD 150 (approx. RM690) where equivalent modules from established brands can cost between USD 300 and USD 400 (approx. RM1,380–RM1,840). That price gap could pressure incumbents and improve options for cost‑sensitive buyers. Still, Chinese memory must prove long-term reliability, firmware stability, compatibility, and consistent supply before major PC brands pivot at scale, which limits how quickly it can ease the current PC memory crisis.
Why New Players and Expansion Won’t End the Crisis Quickly
Despite Micron’s process upgrades and rising competition from Chinese makers, the RAM storage shortage remains structural. Much of Micron’s added DDR4 output is locked into specialized, long-lifecycle markets and does not expand raw global DRAM capacity for PCs or consumer servers. At the same time, most DRAM and NAND production for 2026 and 2027 already has buyers lined up, according to Team Group’s Gerry Chen, with AI servers consuming nearly half of all available memory. CXMT and YMTC add needed supply and some pricing relief, but both still face challenges of scale, yields, and qualification by major OEMs. Commodity DRAM and NAND flash prices may see slower month-to-month gains after huge increases—TrendForce notes DRAM contract prices rose 40% to 50% quarter over quarter recently, after a 100% to 115% surge—but moderation from extreme spikes does not equal a real price decline. Relief for buyers is likely to be slow and uneven.