TREE NEWS update: Nvidia proposed a full-stack co-design approach across GPU, CPU, networking, storage and software to ease rising GPU memory pressure as AI models grow and HBM supply tightens and prices rise, rather than simply adding GPU memory capacity. The company said that in SemiAnalysis AgentX tests, GB300 NVL72 delivered up to 10x the inference throughput per unit cost of H200 on certain workloads, while Vera Rubin NVL72 delivers up to 30x that of GB300 NVL72 with only about 3% more HBM capacity per GPU.
Nvidia: Vera Rubin NVL72 Boosts Inference Throughput per Cost Up to 30x with ~3% More HBM per GPU
The pitch is less about raw memory than about architectural leverage: Nvidia is arguing that co-design across the stack, not HBM volume, is now the binding constraint on inference economics as memory supply tightens. That reframes the competitive question away from who secures the most HBM toward who can extract more throughput from roughly the same memory footprint. The figures cited are vendor-selected benchmarks on specific workloads, so whether the gap holds across broader production inference remains the open question worth watching.
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