GPU accelerators / Hopper

NVIDIA H200.

Evaluate H200 systems for memory-intensive inference and larger model-serving requirements.

Configuration, availability, and commercial terms confirmed by quotation.

START WITH THE WORKLOAD

The right fit
starts with the details.

Workloads where model size, context length, or concurrency makes GPU memory a key constraint.

Deployment approach

Compatible enterprise servers or integrated systems.

What we assess with you

  • Model weights and KV-cache memory budget
  • Supported server and accelerator configuration
  • Throughput under representative request loads

Capacity and performance depend on the quoted hardware, model, precision, context, and serving configuration.

FROM REQUIREMENT TO RUNNING SYSTEM

A clear scope, from the start.

  1. 01

    Estimate model and runtime memory requirements together.

  2. 02

    Select a supported system and networking configuration.

  3. 03

    Benchmark the agreed serving setup and document capacity limits.

THE SERVICES AROUND YOUR HARDWARE

More than the compute.

Size & source

Map your models, users, budget, and site requirements. Compare supplier configurations and confirm the exact bill of materials.

Supply & install

Coordinate hardware supply, delivery, rack or workstation installation, networking, and power and cooling prerequisites.

Configure local inference

Set up supported drivers, CUDA, containers, and serving engines such as vLLM, Ollama, or NVIDIA NIM where suitable.

Validate & support

Check the agreed workload, access controls, monitoring, and recovery procedures. Hand over documentation and scope ongoing support.

From ambition to action

Let’s size the possibilities.

Share your models, expected usage, budget, location, and target deployment window. We’ll confirm the right configuration and sourcing options.

Discuss this hardware