Bullish

DRAM Shortage Persists Through 2027 as NVIDIA Evaluates Reduced HBM Configurations

2026-08-04 15:08

Persistent DRAM shortages through 2027 and HBM4e certification delays prompt NVIDIA to reassess Rubin Ultra specs, potentially lowering stack layers amid supply constraints.

Woofun AI reports that TrendForce data indicates a DRAM supply shortage expected to continue through 2027, complicating HBM4e certification timelines. NVIDIA has been reviewing lower-spec alternatives for the Rubin Ultra since the third quarter of 2026, shifting from a baseline 12-layer stacked HBM4e design to parallel evaluations of 8-layer and HBM4 configurations.

TrendForce attributes this shift to wafer capacity limits and yield uncertainties, noting that NVIDIA prioritizes I/O speed improvements over shipment volume. While HBM bit shipments are projected to grow 50% to 60% year-over-year in 2027, supply is expected to lag demand, sustaining pricing power for suppliers. Consequently, AI chip makers face rising procurement costs, incentivizing reduced HBM capacity in next-generation custom ASICs.

WOOFUN AI

Impact Assessment · Quick Read

The persistence of DRAM shortages through 2027 creates a structural bottleneck for high-performance AI hardware, forcing trade-offs between memory capacity and chip availability. NVIDIA’s potential downgrade of HBM specifications for Rubin Ultra suggests that supply-side constraints may delay or dilute next-generation performance gains, particularly in I/O speeds. This dynamic could strengthen the bargaining position of memory manufacturers while increasing cost pressures on AI infrastructure providers, potentially slowing the adoption rate of fully optimized next-gen architectures.
Generated by WOOFUN AI · For reference only, not investment advice

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