Knowledge Base

The NTS Elite APEX Ultimate 8-GPU Server for AI, Deep Learning & HPC is a 10U rackmount platform engineered for LLM training, generative AI, and scientific simulations. It integrates eight NVIDIA Blackwell HGX B200 GPUs with NVLink interconnects alongside dual 5th Gen Intel Xeon Scalable processors. This server supports up to 32 DDR5-5600 RDIMMs and features ten 2.5-inch hot-swap NVMe drive bays for high-throughput data access.

NTS Elite Studio 4U Tower Dual‑Socket Intel Xeon Server with 4 GPUs targets CAD/CAE, content creation, local AI fine-tuning, visualization, and lab/dev benches that need workstation-class CPUs, professional GPUs, and quiet enough acoustics for desk-side or lab use. Configurations balance core count, GPU TDP, and drive layout for your ISV stack.

NTS Elite Studio Dual‑Socket 4U Tower Intel Xeon Server targets CAD/CAE, content creation, local AI fine-tuning, visualization, and lab/dev benches that need workstation-class CPUs, professional GPUs, and quiet enough acoustics for desk-side or lab use. Configurations balance core count, GPU TDP, and drive layout for your ISV stack.

NTS Elite Studio 4U GPU-Optimized Server targets CAD/CAE, content creation, local AI fine-tuning, visualization, and lab/dev benches that need workstation-class CPUs, professional GPUs, and quiet enough acoustics for desk-side or lab use. Configurations balance core count, GPU TDP, and drive layout for your ISV stack.

NTS Elite Studio 4U Accelerated Compute Server targets CAD/CAE, content creation, local AI fine-tuning, visualization, and lab/dev benches that need workstation-class CPUs, professional GPUs, and quiet enough acoustics for desk-side or lab use. Configurations balance core count, GPU TDP, and drive layout for your ISV stack.

NTS Elite APEX EPYC Powered HGX B300 GPU Server is built for dense AI training and inference, scientific simulation, and HPC jobs that need high accelerator bandwidth, balanced host CPU/memory, and datacenter-grade serviceability. NTS sizes PCIe/NVLink topology, NIC count, and thermals so GPUs are not starved by the host.

Cooling and fabric are facility decisions as much as silicon decisions. Air-cooled builds suit many PCIe GPU nodes; direct liquid cooling (DLC) is recommended for sustained 8-GPU HGX training and high rack kW. Intra-node NVLink/NVSwitch handles GPU-to-GPU traffic; multi-node jobs need InfiniBand NDR or RoCEv2 sized to your NCCL/RCCL geometry. NTS documents rack elevation, feeds, and fabric options at architecture review.

Yes. NTS quotes NTS Elite APEX EPYC Powered HGX B300 GPU Server on SEWP V, ITES-4H, GSA MAS, and major SLED cooperatives including OMNIA Partners, NASPO ValuePoint, TIPS, and Texas DIR. Specialists align CLINs, engineering attachments, and delivery milestones to the vehicle your contracting office uses.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

NTS Elite Command 2U Enterprise Rack Server Solution is a rackmount compute platform for virtualization, business applications, private cloud, edge services, and research hosts. CPU socket count, memory channels, drive bays, and NIC options are configured to your SLA - not a fixed retail SKU.

Bay count, NVMe vs SAS mix, and NIC/OCP options depend on the specific Command/APEX chassis. NTS maps front/rear bay roles (boot, cache, capacity) and leaves headroom for fabric cards so you are not forced into a mid-life riser redesign.

Yes. NTS quotes NTS Elite Command 2U Enterprise Rack Server Solution on SEWP V, ITES-4H, GSA MAS, and major SLED cooperatives including OMNIA Partners, NASPO ValuePoint, TIPS, and Texas DIR. Specialists align CLINs, engineering attachments, and delivery milestones to the vehicle your contracting office uses.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

The 2U Rack Server R2-AM-475568 is a high-density dual-socket ARM platform powered by dual Ampere Altra Max processors supporting up to 256 physical cores. This 2u server is optimized for cloud-native workloads, high-density virtualization, and multi-core database deployments. It features 32 DDR4 DIMM slots, 12 hybrid drive bays, and dual 2000W redundant Platinum power supplies.

This server utilizes dual Ampere Altra Max ARM64 processors to deliver up to 256 physical cores without hyperthreading, ensuring predictable performance and single-thread isolation for virtual machines. The high core density of this 2u rack platform allows cloud architects to maximize VM allocation per rack unit while maintaining low power consumption.

Yes, the 2U Rack Server R2-AM-475568 is available for public sector procurement through NASA SEWP V, ITES-4H, and various SLED cooperative purchasing contracts. Government procurement officers can request structured quotes for this ARM-based server to meet federal energy efficiency and cloud-first mandates.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

The 2U SuperServer R2-AM-475566 is engineered for high-density ARM-based cloud computing, high-performance computing (HPC), and AI inference workloads. This 2U platform excels in cloud gaming (AICAN), Dense-VDI, and Video-on-Demand applications by leveraging up to 128 cores of Ampere Altra Max processing power alongside high-throughput PCIe 4.0 expansion.

This 2u superserver supports a single socket Ampere Altra processor up to 80 cores at 3.3GHz, or an Ampere Altra Max processor up to 128 cores at 3.0GHz, with a maximum TDP of 250W. The architecture utilizes 16 DIMM slots to support up to 4TB of ECC Registered DDR4-3200MHz RDIMM or LRDIMM memory to prevent bottlenecks during data-intensive operations.

Yes, the 2U SuperServer R2-AM-475566 is available for public sector and federal procurement through NASA SEWP V, Army ITES-4H, and various SLED cooperative purchasing contracts. New Tech Solutions provides fully compliant, engineer-to-order configurations of this ARM platform to meet strict government agency technical and security specifications.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

The 4U High-Capacity JBOD SuperStorage JB1-465418 is engineered as a High Availability Storage Appliance Platform featuring two hot-pluggable system nodes in a single 4U chassis. This design provides fully redundant hot-swap expander trays and dual-pathing to the 24 hot-swap 3.5-inch SAS3 drive bays, eliminating single points of failure for mission-critical data storage. It is ideal for enterprise clustering, software-defined storage (SDS), and high-availability backup targets.

Yes, this high capacity platform is optimized for enterprise backup, data protection, and active archiving workloads. By utilizing the 24 hot-swap 3.5-inch drive bays, administrators can configure massive raw storage pools connected via SAS3.0 IO ports to upstream virtualization hosts. The redundant architecture of this JBOD ensures that backup data remains accessible even during expander tray maintenance.

This JBOD platform features 4 SAS3.0 (12Gbps) IO ports distributed across its redundant hot-swap expander trays to support high-bandwidth host connectivity and daisy-chaining. These ports allow direct attachment to host bus adapters (HBAs) or external RAID controllers in upstream servers, ensuring high throughput for the 24 internal drive bays. This architecture enables seamless capacity expansion as storage demands grow.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

The AS -1115HS-TNR-G1 (also referred to as the 1115hs tnr platform) Gold Series is a 1U rackmount server pre-configured with a single AMD EPYC 9454P processor featuring 48 cores running at 2.75GHz. This system includes 384GB of DDR5 5600MHz ECC RDIMM memory across 6 channels, a 960GB U.2 NVMe SSD for boot or fast storage, dual 10GbE RJ45 networking ports, and redundant 1200W Titanium Level power supplies.

Yes, the 1115hs platform is highly optimized for virtualization density due to its 48-core AMD EPYC 9454P processor and high-bandwidth DDR5 memory architecture. The inclusion of a fast U.2 NVMe SSD and dual 10GbE RJ45 ports ensures low-latency data throughput for hypervisors like VMware ESXi or Proxmox VE.

Yes, the compact 1U form factor of the tnr server makes it highly suitable for edge deployments and remote datacenters with limited rack space. The 1115hs features an IPMI 2.0 dedicated LAN port that allows remote administrators to perform out-of-band management, monitoring, and virtual media redirection without needing physical access to the unit.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.

The AS -1125HS-TNR-G1 is engineered for high-density virtualization, private cloud deployments, and intensive enterprise applications. Powered by dual AMD EPYC 9654 processors providing 192 physical cores and 2.3TB of DDR5-5600 memory operating at 4800 MHz, this 1125HS system excels at consolidating heavy compute workloads into a dense rackmount form factor. The pre-configured 960GB U.2 NVMe SSD provides a high-speed boot and caching layer for low-latency operations.

In the 1125HS platform, the 2.3TB DDR5-5600 memory downclocks to 4800 MHz to maintain signal integrity and system stability under full 2-DIMM-per-channel configurations. This design choice ensures maximum reliability for continuous enterprise virtualization workloads while still delivering massive memory bandwidth. The TNR architecture balances this high-capacity memory footprint with dual AMD EPYC 9654 processors to prevent memory-bound bottlenecks.

Government and education buyers can procure the 1125HS platform through major contract vehicles including SEWP V, ITES-4H, and various SLED cooperative purchasing agreements. NTS provides complete engineer-to-order rack integration and staging services in Fremont, CA, ensuring that the TNR systems are fully validated and compliant with federal procurement standards before shipment. Our solutions architects can assist in drafting technical specifications for agency RFQs.

CPU, memory, storage, accelerators, power, and networking are selectable in Configure and Buy, with engineer-to-order options when catalog builds are not enough. Catalog configurations often ship in weeks when silicon is available; custom clusters call out long-lead parts at quote. Every system receives Fremont burn-in, imaging as required, and a documented acceptance package.