Federal GPU procurement
SEWP V, ITES-4H & GSA for AI infrastructure
CLIN-aligned BOMs, multi-vehicle strategy, and Fremont staging for NVIDIA HGX and AMD Instinct platforms.
Procurement guide
Buy GPU servers without locking into one vehicle
Federal and defense buyers need NVIDIA HGX and AMD Instinct platforms on compliant vehicles—with CLIN-aligned BOMs, staging evidence, and a single accountable integrator.
GPU availability, agency preference, and labor CLIN structure often push the same technical BOM onto different vehicles. NTS maintains engineer-validated configurations that map to SEWP V product-based services, ITES-4H hardware, and GSA schedule lines.
Start with vehicle cards below, size platforms on the GPU catalog, then request an architecture review with facility kW and cooling posture.
New Tech Solutions (NTS) helps contracting officers, IT directors, and program managers turn technical requirements into compliant orders on this vehicle. We map GPU servers, storage, networking, software, and professional services to the correct line items, confirm OEM lead times, and package quotes with the documentation buyers need for internal review.
Typical engagements start with a bill of materials or a short architecture call. NTS engineers validate power, cooling, PCIe topology, fabric choices, and imaging so the award package matches what will ship. When membership or piggyback rules apply, we confirm eligibility before quotes go out.
Expect CLIN-aligned quotes, BOM validation before PO, OEM coordination for configuration and warranty, and support for SLED, higher education, and public-sector timelines. Send a part list through /contactus with this contract number, or start with our AI infrastructure and public-sector procurement guides.
Paths & capabilities
Vehicles, platforms, and staging
Pick a contract path, then pair HGX platforms with L11/L12 integration under aligned CLINs.
- CLIN-mapped BOMs
- Product-based services
- Fremont delivery
- Servers & GPU
- Storage & fabric
- CLIN-ready quotes
- Schedule IT
- CLIN alignment
- UEI XK11LLUL61A7
- Cooperative pricing
- Campus AI programs
- Full vehicle directory
- HGX 8-GPU
- Instinct / PCIe
- Contract quoting
- 48h soak patterns
- Serial manifests
- Acceptance packages
- Air vs DLC
- CDU planning
- Buyer checklist
- 1-business-day catalog quotes
- Architecture review
- Multi-vehicle options
Frequently asked questions
Match agency preference, commodity class, and timeline. SEWP V is strong for civilian/cross-agency IT products; ITES-4H fits Army CHESS hardware and AI infrastructure; GSA MAS offers broad schedule flexibility. NTS often maps one BOM to a primary and fallback vehicle.
- Share agency and requirement type
- We confirm CLIN coverage before RFQ
- Silicon schedule can drive vehicle choice
Separate silicon, host, fabric, cooling (CDU), and L11/L12 staging when the vehicle rewards clarity. Document power and cooling envelopes in the technical attachment so facility constraints become acceptance criteria.
- HGX node + NICs + leaf as distinct lines when useful
- Align imaging/STIG to the SOW
- Keep integration on the same vehicle when possible
Fremont burn-in with facility-relevant soak (GEMM, NCCL/RCCL where applicable), thermal validation, imaging verification, serial manifests, and cable/elevation notes suitable for COR audit.
- Air or DLC soak as designed
- Golden image / STIG baselines
- Rack-stack options nationwide
Define workload and facility constraints; select primary and fallback vehicles; request architecture review; validate CLIN structure and SOW milestones; then PO → Fremont staging → ship with acceptance evidence.
- Right-sized BOM—not a generic parts list
- Catalog configs quote in days when silicon is available
- Custom clusters use milestone schedules
SEWP V, ITES-4H & GSA GPU Server Procurement Guide
Federal and defense buyers increasingly need NVIDIA HGX and AMD Instinct platforms on compliant vehicles—with CLIN-aligned BOMs, staging evidence, and a single accountable integrator. This guide explains how New Tech Solutions (NTS / RackMountNTS) packages GPU servers and AI racks across NASA SEWP V, Army ITES-4H, GSA MAS, and SLED cooperatives.
Why multi-vehicle strategy matters for AI infrastructure
GPU availability, agency preference, and labor CLIN structure often push the same technical BOM onto different vehicles. NTS maintains engineer-validated configurations that map to SEWP V product-based services, ITES-4H hardware, and GSA schedule lines so contracting officers are not forced into a single path. Start with the contracts hub, then size platforms on the GPU servers catalog.
CLIN and BOM considerations
- Separate silicon, host, fabric, and services when the vehicle rewards clarity—e.g., HGX node, NICs, InfiniBand leaf, CDU, and L11/L12 staging as distinct CLINs.
- Document power and cooling envelopes (kW/rack, air vs DLC) in the technical attachment; facility constraints drive acceptance criteria.
- Align imaging and security baselines (STIG, measured boot, serial manifests) to the SOW so burn-in evidence matches COR expectations.
- Keep integration on the same vehicle as hardware when possible—see rack integration services.
SEWP V path
NASA SEWP V is widely used for civilian and cross-agency IT product buys. NTS quotes catalog Elite APEX configurations quickly when silicon is available and supports custom clusters with milestone schedules. Use the dedicated SEWP V page for vehicle framing, then submit a BOM via contact.
ITES-4H path
Army CHESS ITES-4H remains a primary route for DoD enterprise hardware, HPC, and AI infrastructure. NTS maps dual-socket hosts, HGX nodes, storage, and fabric to ITES-4H-compatible line items with engineering attachments. Details: ITES-4H procurement.
GSA MAS and SLED cooperatives
GSA MAS covers broad IT hardware and services; SLED buyers often use OMNIA, NASPO, TIPS, Texas DIR, and related cooperatives. NTS (UEI XK11LLUL61A7) supports CLIN-ready quotes across these channels from Fremont, CA.
Staging, burn-in, and acceptance
Before freight, NTS runs facility-relevant soak patterns (GEMM, NCCL/RCCL where applicable), thermal validation, and imaging. Acceptance packages include serial manifests and cable/elevation notes suitable for federal audit. Deep service detail: L11/L12 AI rack integration guide (publish topic) and integration catalog.
Recommended procurement workflow
- Define workload (training vs inference), GPU count, fabric, and facility kW/cooling.
- Select primary vehicle; identify fallback vehicle for silicon or schedule constraints.
- Request architecture review—NTS returns a right-sized BOM, not a generic parts list.
- Validate CLIN structure, SOW milestones, and imaging baseline.
- PO → Fremont staging → ship with acceptance evidence.
Next step: Browse NVIDIA HGX GPU servers or open a procurement consultation. Related: HGX B300 air vs liquid buyer’s guide.
