Transcend sees DRAM supply potentially halving in 2027 as memory prices plateau

Transcend's signal reveals a structural shift: memory is transitioning from cyclical commodity to AI infrastructure bottleneck. The 2027 DRAM supply halving is not a crisis—it is deliberate capacity management during the HBM4 transition. HBM consumes roughly 3x die area per bit, systematically compressing conventional DDR5 supply. The so-called price plateau is actually a new pricing floor: AI demand sets the minimum, supply discipline caps the ceiling, and spot-market volatility permanently diminishes. For mid-tier module assemblers in Taiwan, China, the real squeeze is upstream wafer allocation shifting toward HBM. Players lacking advanced packaging capability are being squeezed out of the profit pool. NAND stabilization means AI inference cluster storage costs become predictable, favoring hyperscaler capex planning. Strategically, SK Hynix will likely lock over 70% of 2027 HBM capacity into three-year hyperscaler contracts, reducing spot DRAM to a residual market. Samsung's P4 node delay hands Hynix a 12-month window to cement its AI memory dominance. Micron's HBM3E qualification with NVIDIA in H2 2026 is the wildcard that further solidifies the oligopoly. Over 12–24 months, memory pricing logic has irreversibly shifted: no more boom-bust cycles, but a new equilibrium defined by AI demand floors and capacity-discipline ceilings.