Hardware choice
Start with GPU memory, model compatibility and the resources around the accelerator.
COMPARE / HYPERSCALERS
Considering Azure?
Meet Xanpath.
Compare your compute requirements, operating model and total cost before choosing your next cloud.
Find the fit for your workload.
A complete proposal
Compare the full scope of compute, storage, networking and commercial conditions.
Enterprise environment
Consider VM selection alongside the identity and networking services your team uses.
The questions worth asking.
What does the whole workload cost?
For Azure, compare region, VM size and attached disks. A GPU headline price is only one part of the calculation.
Ask Xanpath for a scoped proposal, then evaluate both options using the same hardware requirements and project duration.
Request a comparable quote
Will the setup grow with your project?
Discuss capacity, location and the way your application scales. A single experiment and a production workload need different plans.
Review support, maintenance and resource commitments before choosing an operating model.
Prepare your integration brief# A starting point for your compute brief
workload: language-model-inference
accelerator: nvidia-h100
memory: discuss-with-xanpath
environment: pytorch
region: your-preferred-location
next_step: request-a-proposalWhat will migration involve?
Include identity, networking and existing Azure services in your evaluation.
Record software versions, persistent data, dependencies and rollback steps. Agree what needs to be tested before moving an important workload.
Use the planning guideXanpath COMPUTEConfiguration illustration
A place for your next idea.
Start with the workload. Shape the infrastructure around it.
AI trainingNVIDIA H100 · Large-model workloads
GPUModel developmentNVIDIA A100 · Experiment and iterate
GPUData preparationCPU compute · Prepare your next run
CPUXanpath and Azure. Compare the details.
Use matching requirements and current proposals. No assumed savings or unverified performance claims.
| Cost item | Azure | Xanpath |
|---|---|---|
| GPU-accelerated VM size | Check the current provider configuration | Request a workload-specific proposal |
| Project duration | Review current billing and commitment terms | Confirm with your proposal |
| Data & storage | Include persistence, traffic and backup costs | Include in your enquiry |
| Evaluation area | Azure | Xanpath |
|---|---|---|
| Compute selection | GPU-accelerated VM size | Discuss GPU/CPU configuration |
| Software environment | Identity, networking and existing Azure services | Share OS, driver and framework requirements |
| Availability & region | Verify against the selected provider offer | Confirm in your proposal |
| Support & service conditions | Review the applicable service terms | Agree project requirements |
| Integration | Review the provider’s current documentation | Discuss required interfaces and workflows |
This is a comparison guide, not a provider ranking. Xanpath pricing and capabilities are confirmed individually. For current Azure offerings, use the official Azure information ↗. Guide reviewed 17 September 2026.
Choose the right hardware.
Compare GPU memory and architecture against your software and model. Include CPU and storage so that the accelerator can be used effectively.
Use a repeatable test with your own data to compare end-to-end results.
Discuss your evaluation
Include support in the review.
Write down availability targets, incident responsibilities and maintenance requirements. Confirm the service terms of each proposed configuration.
Evaluate regional constraints and the way data moves between your application and compute resources.
Discuss your evaluationEvaluate the working environment.
Consider how your team prepares images, accesses machines, stores checkpoints and moves results back into the application.
A clear environment checklist helps identify integration work before the project starts.
Discuss your evaluationXanpath COMPUTEConfiguration illustration
A place for your next idea.
Start with the workload. Shape the infrastructure around it.
AI trainingNVIDIA H100 · Large-model workloads
GPUModel developmentNVIDIA A100 · Experiment and iterate
GPUData preparationCPU compute · Prepare your next run
CPUBig ideas take many forms.
Training · Fine-tuning · EvaluationWorkload spotlightFrom an experiment
AI development
From an experiment
to your next model.
Plan your training environment around dataset size, memory needs and the time available for each experiment. Start with a configuration you can evaluate against your own workload.
Illustrative use casePlan a similar project
Image generation · Creative pipelinesWorkload spotlightMake room for
Generative AI
Make room for
your imagination.
Image generation brings together models, creative tooling and repeatable pipelines. Balance GPU memory with iteration speed, and include CPU and storage needs in your plan.
Illustrative use casePlan a similar project
Research · Simulation · Data analysisWorkload spotlightMore room
Scientific computing
More room
for discovery.
Shape a compute brief around your simulation, research code and dataset. Consider precision requirements, checkpoint storage and reproducibility alongside GPU choice.
Illustrative use casePlan a similar project3D rendering · VisualizationWorkload spotlightBring your next
Rendering & visualization
Bring your next
scene to life.
Plan for the size of your scenes, the renderer you use and the number of frames you need to deliver. Include software licensing and output storage in the conversation.
Illustrative use casePlan a similar project1 / 4
A clearer path to
serious compute.
Good infrastructure starts with understanding what you want to build. Xanpath brings the conversation back to your workload, your constraints and your next step.
From GPU selection to the wider compute environment, let’s put the details into a practical plan.
GPUAccelerated workloads
CPUSupporting compute
YouThe starting point
