What the DRAM Price Surge Means
DRAM prices rising refers to the sustained, broad-based increase in costs for standard computer memory chips such as DDR4 and DDR5, driven by limited production capacity and intensified competition from high-bandwidth memory used in AI hardware, which together create a memory supply crunch that affects PCs, servers, and consumer electronics. In May, market data showed commodity DRAM and NAND flash prices continuing their upward climb, with PC-use DDR4 8Gb reaching USD 20 (approx. RM92), up from USD 16 (approx. RM74) in April. This set a new record high since tracking began, underscoring how tight supply has become. While researchers expect June prices to level off near May’s peak, contract prices for PC DRAM have still jumped 40%–50% quarter-on-quarter after a previous surge of more than 100%, confirming that the cost of basic memory is now structurally higher than it was a year ago.
How HBM for AI Is Starving DDR5 and DDR4 Supply
The core of the DDR5 DDR4 shortage is a strategic shift by major memory makers toward high-bandwidth memory, or HBM, which is critical for AI accelerators and data-center GPUs. Samsung, SK Hynix, and Micron are diverting production capacity toward HBM AI demand, as hyperscale customers lock in long-term supply for training and inference clusters. This reallocation leaves fewer wafer starts for mainstream DRAM, even as PC, server, and laptop makers still rely heavily on DDR4 and DDR5 modules. Because DRAM fabrication lines and packaging resources cannot expand overnight, every additional HBM stack produced often means fewer standard DRAM chips available to the broader market. The result is a memory supply crunch that affects not only consumer PCs, but also networking gear, industrial systems, and other electronics that depend on steady, affordable DRAM supply.
Rising Costs for PCs, Laptops, and Everyday Devices
As AI infrastructure spending soaks up HBM output, the knock-on effect is clear: DRAM prices rising across mainstream products used in everyday systems. PC OEMs have already negotiated second-quarter DRAM contracts at sharply higher levels, with TrendForce noting that prices increased 40%–50% from the prior quarter, after a 100%–115% jump earlier in the year. These costs feed straight into bill-of-materials calculations for desktops, gaming rigs, ultrabooks, and entry-level laptops. Some brands may pass higher memory costs to buyers via more expensive configurations or reduced base RAM. Others may delay launches or emphasize models with smaller capacities to keep sticker prices attractive. Beyond PCs, the same pressure hits smart TVs, routers, and consumer gadgets, contributing to a broader memory supply crunch that makes it harder for manufacturers to plan stable pricing and long-term product roadmaps.
NAND and Legacy Nodes: Collateral Damage of the AI Race
The AI boom is reshaping not only DRAM, but also NAND and older manufacturing nodes. In May, average prices for commodity NAND MLC 128Gb used in memory cards and USB devices climbed to USD 26.51 (approx. RM122), marking yet another record and extending a 17‑month uptrend. TrendForce notes cumulative NAND price increases of about 280% since early last year, which has pushed the market into a temporary consolidation phase as buyers digest the higher costs. Demand for mature-process SLC NAND is also rising, driven by edge AI, communications networks, and smart manufacturing systems. Suppliers are keeping production capacity low and “showed no intention of restoring legacy manufacturing processes,” which further tightens supply. Together with constrained DRAM output, these moves show an industry racing to capture AI-related profit pools, even if that means less flexibility and higher prices for more traditional consumer and industrial memory applications.
