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BenchmarkCOMPARISONFEB 2026

B200 vs H200 GPU: Cost-Per-Token Economics and the Upgrade Decision for AI Teams in 2025

Is B200 worth 2x the price of H200? ROI model for the upgrade decision based on workload type and scale.

01

ARCHITECTURE COMPARISON

H200 uses Hopper architecture with HBM3e memory providing 141 GB at 4.8 TB/s bandwidth. B200 uses Blackwell with 192 GB HBM3e at 8 TB/s bandwidth, second-gen Transformer Engine with FP4 support, and 2.5x FP8 TFLOPS versus H200. The architectural differences translate to 1.4-2.5x real-world throughput depending on workload, quantization, and batch size.

02

THROUGHPUT BENCHMARKS

Llama 3 70B at FP8: H200 achieves 5,200 tok/s, B200 achieves 7,500 tok/s (1.44x). At NVFP4: B200 achieves 15,000 tok/s (2.88x H200 FP8). Llama 3 405B: H200 needs 8 GPUs for 6,500 tok/s, B200 needs 4 GPUs for 8,200 tok/s (1.26x throughput, 2x GPU efficiency). Long context 128K: H200 batch size limited to 4, B200 batch size reaches 12 due to 192 GB VRAM.

WorkloadH200B200Ratio
70B FP8 4K5,200 tok/s7,500 tok/s1.44x
70B FP4 4KN/A15,000 tok/s2.88x
405B FP8 4K6,500 tok/s8,200 tok/s1.26x
70B FP8 128K1,800 tok/s4,200 tok/s2.33x
70B cost/M tok$0.17$0.171.0x
70B FP4 cost/M tokN/A$0.082.1x
03

COST-PER-TOKEN ANALYSIS

At comparable pricing ($3.20/hr H200 vs $4.50/hr B200), FP8 inference cost-per-token is nearly identical at $0.17/M tokens. B200's advantage unlocks at NVFP4: $0.08/M tokens, 2.1x improvement. For long context (128K), B200 achieves $0.10/M tokens versus H200's $0.25/M tokens due to batch size advantage. The cost-per-token crossover occurs at 60-70% utilization for both GPUs.

04

UPGRADE TIMING

In 2025, B200 commands a 40-80% premium over H200 ($4.50-5.50/hr vs $2.80-3.50/hr reserved). The premium is justified for: workloads using FP4 quantization, long-context serving above 32K tokens, and training runs under 7 days where 2x throughput saves wall clock time. By 2026, B200 premium narrows to 25-40% as Blackwell supply normalizes.

05

WORKLOAD-DEPENDENT VALUE

High-throughput FP8 inference: H200 wins on cost-per-token. FP4 inference: B200 wins at 2.1x better cost. Training runs above 7 days: B200 wins due to 1.4-1.8x throughput. Long context serving: B200 wins by 2-3x margin. Development and experimentation: H200 wins on lower cost-per-hour. Multi-tenant serving: B200 wins at scale due to 192 GB enabling larger batch sizes.

06

RECOMMENDATION

Do not upgrade from H200 to B200 for FP8 inference workloads-the cost-per-token is identical. Upgrade for FP4 inference (2.1x better), long context (2-3x better), or training throughput (1.4-1.8x better). Teams without H200 should choose based on workload: inference-first teams save with H200, training-heavy teams invest in B200. The 12-month TCO favors H200 for most inference workloads below 500M tokens/day.

Filed under
B200 vs H200GPU UpgradeCost Per TokenBlackwellHopperInference EconomicsGPU Decision