<cite index="38-4">DDR5 memory prices have surged approximately 500% year-over-year: a standard 64GB kit that cost under $200 a year ago now costs over $1,100</cite>. <cite index="33-2">J.P. Morgan estimates DRAM prices will have risen more than 400% from the start of 2024 to the end of 2026</cite>. <cite index="38-2">128GB DDR5 kits now command $3,399—ten times the lowest historical prices tracked—while mainstream DRAM chips are now worth over half as much per kilogram as solid gold</cite>. <cite index="35-2">Hyperscale buyers have locked in almost all global DRAM production capacity for 2027 via advance deposits</cite>.
<cite index="36-1">The shortage stems from memory manufacturers reallocating capacity away from consumer electronics toward high-margin AI memory solutions like HBM and enterprise DDR5</cite>. <cite index="33-3">Hyperscalers are securing output via long-term agreements (LTAs) running five years or longer, dramatically reducing memory fabricator flexibility to serve consumer demand</cite>. <cite index="36-2">This is a zero-sum reallocation: every wafer allocated to HBM is a wafer denied to smartphone and laptop memory</cite>. <cite index="39-2">Memory now accounts for roughly 35% of a PC's bill of materials, up from 15–18%, forcing PC makers to raise prices 15–20%</cite>.
<cite index="38-5">SK Hynix CEO warned that 2027 will be the worst year for memory supply in the industry's history, forecasting demand will outstrip production through 2030</cite>. <cite index="31-1">Smartphone shipments are projected to decline 12.9% in 2026, and the PC market faces an 11.3% contraction</cite>. For architects and operators, DRAM is no longer a commodity cost—it's now a supply and capex constraint. Hyperscalers are paying premium prices and locking supply years in advance. For infrastructure builders outside that tier, either accept 2–3x memory costs or architect systems for lower-capacity, disaggregated memory pools relying on CXL-based expansion rather than on-chip DRAM density.