Key application
Cloud Computing and CSP Infrastructure
Repeatable, dense compute building blocks for service providers and private cloud platforms - engineered for cost per tenant, not just cost per server.
Key application
Cloud Computing and Private Cloud
Cloud infrastructure is a fleet problem. Service providers and private cloud teams do not buy one server, they buy a repeatable building block that has to land identically dozens or hundreds of times, with predictable power draw, predictable performance per tenant, and a firmware baseline that does not drift between purchase orders.
NTS engineers those blocks: multi-node and high-density chassis for compute, balanced local NVMe or disaggregated storage, and network topologies sized for east-west traffic and live migration. Nodes are imaged, firmware-leveled, burned in, and optionally delivered rack-integrated from Fremont, CA with as-built documentation per rack.
Use this application hub to map workloads to NTS platforms—GPU servers, storage tiers, and rack integration—with Fremont staging and contract-ready quoting when required.
Each card links to deeper catalog or solution paths. Request an architecture review if you need CLIN structure, lead times, or a dual-vendor GPU comparison.
Workload path
From application intent to validated BOM
Application hubs connect mission use cases to engineer-to-order systems.
Start with the cards below to explore related platforms and capabilities. NTS sizes CPU, accelerator, memory, storage, and fabric together so power, cooling, and drivers match the workload—not orphan SKUs.
Federal and SLED buyers can carry the same architecture onto approved vehicles. Commercial teams get the same staging discipline without the GWAC paperwork when it is not required.
Workloads on this page
Cloud and private cloud applications
Catalog codes that map to this page, plus the adjacent cloud capabilities NTS builds alongside them.
- 2U4N and multi-node chassis
- Locked node recipe per fleet
- Rack-integrated delivery
- OpenStack and vendor stacks
- Predictable cost per workload
- Data residency and control
- Control plane and worker tiers
- Local NVMe for image and ephemeral
- CNI-aware network sizing
- Per-tenant performance targets
- Shared power and cooling efficiency
- Blade and chassis density
Frequently asked questions
NTS documents and locks the build: exact part numbers, firmware and BIOS levels, settings profile, and cabling standard. Every node is imaged and burned in against that baseline, so nodes shipped a year apart still behave the same in your automation.
- Locked bill of materials and firmware baseline
- BIOS and settings profile applied per node
- Consistent reorders across contract years
As dense as the room can cool and the failure domain can tolerate. NTS models power per rack, cooling headroom, and how much capacity you lose when one chassis goes down, then recommends 1U, 2U, 2U4N, or blade density accordingly.
- Power and cooling per rack modeled
- Failure domain sizing per chassis
- 1U through multi-node and blade options
It depends on your tenant promises. Local NVMe gives the lowest latency and simplest blast radius, disaggregated storage gives live migration freedom and better utilization. NTS builds both and will quote a hybrid when different tenant tiers need different behavior.
- Local NVMe for latency-sensitive tiers
- Disaggregated for mobility and utilization
- Hybrid designs per tenant tier
Yes. Rack integration in Fremont, CA covers mounting, power and network cabling, labeling, asset tagging, switch placement, and per-rack as-built documentation, so deployment becomes power and uplink rather than a multi-day build.
- Full rack integration and labeling
- Switch placement and cable management
- Per-rack as-built documentation
