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Cluster Nodes and Compute Modules

Cluster nodes and compute modules from NTS

NTS configures cluster nodes and compute modules as part of engineer-to-order HPC and AI programs—not as orphan SKUs. Each node is sized for CPU or GPU workload, fabric attach (InfiniBand, RoCE, or Ethernet), local scratch or NVMe tiers, and imaging that matches your scheduler and security baseline.

Use this catalog to browse density options, then work with NTS to lock BOM details: DIMM population, NIC count, boot media, rail kits, and PDU draw. We stage and validate nodes in the USA before ship so rack integration and fabric bring-up start from a known-good image.

  • CPU MPI nodes for simulation and batch queues
  • GPU-dense nodes for training and inference cells
  • Storage-adjacent compute for Ceph, object, and analytics
  • Contract-ready quoting on federal and SLED vehicles

Homogeneous node pools reduce operations burden. Mixed GPU and CPU tiers work when fabric and image strategy are designed together. NTS documents firmware baselines, BMC settings, and spare FRUs with the shipment so receiving teams can rack without rediscovering the BOM.

For multi-rack cells, pair these nodes with leaf/spine choices, parallel scratch, and PDU mapping in one quote. See cluster solutions, data center and HPC, GPU servers, or request an architecture review.

Public-sector buyers can align the same configurations to SEWP V, ITES-4H, GSA MAS, OMNIA, NASPO, TIPS, and Texas DIR when the vehicle scope allows. Tell us the contract number with your part list so quotes stay CLIN-aligned from the first revision.

When you are ready to move from a pilot node to a production cell, NTS carries the same image, fabric assumptions, and spare matrix forward so scale-out does not restart engineering from scratch. That continuity is what keeps research and agency programs on schedule after the first rack lands.

How NTS delivers NODES

New Tech Solutions (RackMountNTS) treats NODES as engineer-to-order programs—not drop-ship SKUs. We validate power, cooling, PCIe or NVLink topology, fabric attach, imaging, and spare FRUs in Fremont, California before systems ship so receiving teams start from a known-good baseline.

Federal, defense, and SLED buyers can align the same BOM to SEWP V, ITES-4H, GSA MAS, OMNIA, NASPO, TIPS, Texas DIR, and other vehicles listed on our contracts pages when scope allows. Commercial and research teams get the same staging discipline without the CLIN wrapper.

Share a draft part list, workload notes, and delivery constraints through contact NTS. We return options with lead times, dual-source notes when required, and a quote package ready for contracting review. Related guides: AI and GPU infrastructure, data center and HPC, and BOM validation best practices.

From pilot nodes to multi-rack cells, NTS keeps one design authority across chassis, fabric, and storage so scale-out does not restart engineering from scratch after the first rack lands.

Every platform listed here can be quoted with validated options for CPU, memory, accelerators, storage, and networking. NTS documents the as-built configuration, serials, and acceptance notes so receiving and cybersecurity teams have a clear baseline when the hardware arrives. Ask for a pilot node or a multi-rack cell — the design authority stays the same. For SEWP V, ITES-4H, GSA MAS, and cooperative vehicles, keep the technical BOM identical and wrap the CLIN language at quote time.

NEW TECH SOLUTIONS

Engineered for the AI era — purpose-built GPU servers for AI training, inference, HPC, and rendering. Custom-built in the USA with enterprise-level support.

  • Fremont, CA
  • USA-built
  • Federal-ready
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