NTS Cluster Solutions Built in the USA
HPC & AI Cluster Solutions at Scale
Multi-rack cells with InfiniBand or RoCE, parallel scratch, and Slurm or PBS—nodes, fabric, and storage designed as one engineer-to-order program.
Cluster Solutions
HPC and deep learning cells—one integrator
NTS Cluster Solutions delivers scale-out HPC and AI cells where compute nodes, fabric, schedulers, and parallel scratch are designed and validated together—not as unintegrated drop-ship racks.
Browse HPC building blocks for CPU MPI ranks, fabric options, and scratch pairing, or deep learning infrastructure for GPU-dense training and inference with NCCL acceptance criteria.
Every program is engineer-to-order with burn-in, fabric soak, and procurement support across SEWP V, ITES-4H, and SLED vehicles so compute, networking, and storage land on one BOM.
Every configuration is engineer-to-order: NTS validates power, cooling, firmware, and drivers in Fremont before systems ship.
Federal, defense, and SLED buyers can request CLIN-aligned quotes on SEWP V, ITES-4H, GSA, or cooperative vehicles; commercial teams receive the same staging discipline.
NTS documents rack elevation, PDU draw, thermal headroom, and driver baselines on every RFQ so facility teams are not discovering constraints at install.
Related storage, networking, and software lines can ride the same quote when your vehicle and SOW allow—keeping multi-vendor programs under one accountable integrator.
Buying with NTS
Catalog paths with integrator accountability
Browse the platforms below, then configure or request an architecture review.
Category hubs organize NTS Elite and partner platforms by form factor and workload. Cards open deeper catalogs or configuration lists; related GPU, storage, and networking options stay on one accountable BOM.
Use Configure on product pages for CPU, memory, accelerators, and drives. For multi-rack or liquid-cooled designs, contact engineering early so facility constraints inform the quote.
After you shortlist a platform, use product Configure pages for BOM options or request an architecture review for multi-rack, liquid-cooled, or dual-vendor GPU comparisons.
Product categories
Explore our server platforms
Rackmount, GPU, blade, storage, cluster, high-density, and Ampere — engineered for scalability and efficiency.
- MPI-ready nodes
- NDR or RoCE
- Lustre / BeeGFS pair
- Multi-GPU nodes
- NCCL acceptance
- Dataset tiering
Frequently asked questions
Backup/DR favors capacity and isolated networks; analytics favors NVMe tiers and high ingest. NTS separates those fabrics when both exist.
- Vault + JBOD common pattern
- Retention modeled at quote
Dozens of hot-swap bays depending on chassis - pair with dual controllers or expand via JBOD when head CPU is the limit.
- Hybrid NVMe cache
- Cooling validated in Fremont
Yes - NTS documents a reference BOM that maps to multiple vehicles so field offices do not drift into incompatible SKUs.
- SEWP / ITES / SLED
- Engineering attachments
Imaging and hardening are scoped in the SOW. Air-gapped programs get offline media and serial-tracked baselines.
- Facility constraints first
- No silent config drift
