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HPC & scientific computing

Respect precision and scaling.

Simulation and research workloads may depend on numerical precision, mature libraries and tightly coupled communication. Match the actual solver and dataset to the infrastructure.

Begin with the method

Record the algorithm, precision requirements and validation reference. A hardware generation optimised for one AI workload is not automatically the most suitable configuration for a scientific solver.

Test the scaling boundary

Measure a representative small run, then a larger one with a defined strong- or weak-scaling objective. Look for time spent in communication, CPU work, data movement and serial parts of the application.

Preserve reproducibility

Keep software versions, compiler choices, dataset identifiers and job configuration. Plan scratch capacity and checkpoints. The evidence brief can capture these requirements before an infrastructure conversation.

Prepare a comparable test

Keep the workload, software version, data path, service objective and cost boundary attached to the result. Changing these assumptions changes what a comparison means.

Official references: N1, C3. Checked 8 November 2026. Company descriptions remain attributed; announced plans retain their conditions.

Turn the GPU question
into a clearer brief.

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