Q: Should I choose the RP6000 or the H200 for my workload?

Choose the RP6000 for cost-efficient training, fine-tuning, and high-throughput inference that fit in 96GB, and the H200 when you need the largest single-card memory (141GB) or HBM-class bandwidth.

Explore GPU servers

Pick the RP6000 when your models and batches fit comfortably in 96GB of GDDR7, when Blackwell FP4 inference throughput is valuable, or when per-card cost dominates the budget across many cards. It is the workhorse for fine-tuning, small-to-mid-scale training, and production serving.

Pick the H200 when you need a 70B-class model in 16-bit precision on a single card without tensor-parallel sharding, when the workload is memory-bandwidth-bound (HBM3e delivers 4.8 TB/s vs the RP6000’s 1.79 TB/s).

Comparison graphic of OpenMetal RP6000 (96GB GDDR7, FP4) versus H200 (141GB HBM3e) GPU servers by memory, bandwidth, and best-fit workloads.

You do not have to choose just one: a mixed cluster can pair H200 nodes for big-model and bandwidth-bound work with RP6000 nodes for cost-efficient inference and training, on the same private 40 Gbps mesh. Both run on the identical single-tenant bare metal host with fixed monthly pricing.

“It’s really awesome to work with someone who’s aligned culturally to the same type of mission that we are. And it’s really provided us with the ability to innovate and differentiate from the masses that are out there all using the same hyperscalers.”

Tom Fanelli, CEO & Co-Founder — Convesio

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