High-Performance Compute Cluster

Turnkey HPC clusters for research, analytics, and AI.

Many organizations need cluster-class compute but do not want to build one. We design, deploy, and operate non-blocking clusters so you can focus on science and product.

Background & challenges

Balancing processors, memory, storage, network, and accelerators is non-trivial.
OS tuning, virtualization, parallel libraries, and load balancing all affect end-to-end performance.
Fair-share scheduling, auto-scaling, and fault tolerance need battle-tested tooling.

Architecture components

Hardware stack

Compute, memory, storage, 400G/800G fabric, and accelerator choice tied to your workload.

Software stack

Linux + kernel tuning, Slurm/Kubernetes, MPI, NCCL, OpenMP — all pre-configured.

Resource scheduling

Task scheduling, resource reservation, elastic auto-scaling, and fault tolerance.

Use-case patterns

Scientific computing, analytics, AI, and cloud — a proven blueprint for each.

Implementation steps

  1. 1

    Workload profiling

    Understand your job mix before buying hardware.

  2. 2

    Design & build

    Data center selection, rack layout, fabric commissioning.

  3. 3

    Software stand-up

    Scheduler, monitoring, user onboarding.

  4. 4

    Validation

    Benchmark suite confirms delivery meets the design.

  5. 5

    Managed operations

    Ongoing SRE, capacity planning, and refresh.

Advantages & value

  • National-scale compute footprint without building your own data center.
  • Stable, efficient platform for AI + scientific workloads.
  • Unified resource pool simplifies capacity planning.
  • Pay-as-you-scale: start with one rack, grow to a campus.

Let's architect your deployment

Our solutions team will scope, price, and stand up the infrastructure for you.

Talk to a solutions architect