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Nexus ComputeNew

B200 GPU Server

Next-generation Blackwell compute for organizations planning their next AI build-out.

Full manufacturer warrantyAuthorized channel48-hour quote

We help you choose, configure, and deliver the right system. No obligation.

B200 GPU Server, Nexus Compute enterprise hardware
B200 GPU Server hardware detail 1

Configuration at a Glance

GPUNVIDIA B200 (Blackwell)
GPU CapacityUp to 8 GPUs per node
GPU InterconnectNext-generation NVLink / NVSwitch
CPUDual AMD EPYC or Intel Xeon

Tailored per engagement. Full technical overview below.

Configuration Options

Core specifications for this system. Every component is configurable to your workload, so request a quote for a tailored build.

GPU / Accelerator

NVIDIA B200 (Blackwell)

Processor

Dual AMD EPYC or Intel Xeon

Memory

Multi-terabyte ECC

Overview

The B200 GPU Server is built on NVIDIA's Blackwell architecture, the latest generation of data-center AI acceleration. Nexus Compute works with organizations planning forward-looking infrastructure to specify, source, and stage delivery of Blackwell-based systems as availability allows. Blackwell changes the planning problem more than it changes the workflow. Per-GPU memory and interconnect are larger, which pushes further out the model size at which work must be split across nodes; the facility requirements move in the opposite direction, because power per node rises and the density that follows makes direct-to-chip liquid cooling the expected answer rather than an option. A building that comfortably hosts air-cooled previous-generation nodes may need coolant distribution, a secondary loop, and leak detection before it can accept a Blackwell rack. Supply is allocation-based, and the sensible stance is a staged one: confirm the facility work first, because it usually carries the longer lead time of the two.

Who This Solution Is For

Organizations planning their next-generation AI infrastructure
AI companies pursuing maximum performance per node
Enterprises future-proofing a multi-year AI investment
Research institutions at the leading edge of model scale
Organizations with the facility budget and timeline for liquid-cooled density

Business Benefits

Latest-generation performance

Blackwell delivers a significant step up in training and inference performance over the prior generation.

Future-proof investment

Specifying the newest architecture extends the useful life of a major capital investment.

Roadmap-aligned planning

We help align procurement timing with your project roadmap and Blackwell availability.

Staged delivery support

For forward-looking builds, we coordinate sourcing and staged delivery as supply allows.

Typical Business Use Cases

1

Next-generation foundation model training

2

Maximum-performance large-model inference

3

Multi-year AI infrastructure build-outs

4

Frontier research requiring the latest acceleration

5

Deployments where facility works run in parallel with procurement

6

Multi-year build-outs standardizing on current-generation accelerators

Industry Applications

AI & Machine LearningGovernment & Public SectorFinancial ServicesEducation & Research

Technical Overview

Built on NVIDIA Blackwell B200 GPUs with next-generation NVLink interconnect, dual server CPUs, very large ECC memory, and high-speed InfiniBand networking. Configurations and availability are confirmed at quote time. Two planning decisions dominate a Blackwell build and both are made before any hardware ships. The first is thermal: whether the node is air- or liquid-cooled determines rack density, and therefore rack count, floor area, and the facility work the deployment implies. The second is fabric: at this class of accelerator the interconnect is usually what limits a multi-node training run, so port count, topology, and optics are specified with the compute rather than after it, under /products/networking. Storage follows the same principle: a faster accelerator is easier to starve, so the NVMe tier is sized both to keep the input pipeline ahead of the GPUs and to absorb checkpoints without stalling the run, with the tiering options under /products/storage. Host CPU and system memory are scaled to the accelerators on the usual ratios.

GPUNVIDIA B200 (Blackwell)
GPU CapacityUp to 8 GPUs per node
GPU InterconnectNext-generation NVLink / NVSwitch
CPUDual AMD EPYC or Intel Xeon
System MemoryMulti-terabyte ECC
NetworkingInfiniBand NDR / 400GbE+
PowerHigh-capacity redundant PSUs
AvailabilityConfirmed at quote (allocation-based)
HBM3e Memory per GPU180GB
NVLink GenerationFifth-generation NVIDIA NVLink
NVLink Aggregate Bandwidth (8-GPU HGX B200)14.4 TB/s
FP4 Tensor Performance (8-GPU)144 PFLOPS sparse / 72 PFLOPS dense

Specifications are indicative and configured to each engagement. Request a quote for a configuration tailored to your requirements.

Warranty, Support & Fulfillment

Every system ships from an authorized channel, configured and tested, with the documentation enterprise buyers need: genuine product, backed by the full manufacturer warranty.

Enterprise Warranty

Full manufacturer warranty with optional on-site, next-business-day support and extended coverage.

Authorized Channel

Sourced through Tier-1 distribution and OEM partners (never grey market). Asset & warranty records included.

Lead Time & Deployment

48-hour quotes, then configured, burn-in tested, and delivered on a committed schedule.

Nationwide Fulfillment

Coordinated logistics, rack-and-stack, and delivery wherever your infrastructure lives.

Frequently Asked Questions

Is the B200 available now?

Blackwell supply is allocation-based and evolving. We provide a realistic availability and delivery timeline as part of your quote based on current conditions.

Should I wait for B200 or buy H100/H200 now?

It depends on your project timeline and budget. We help you weigh time-to-deployment against generational performance so the decision fits your roadmap.

What facility planning is needed?

Blackwell systems are high-density and high-power, often favoring liquid cooling. We advise on facility requirements early in planning.

What should we do first if we decide on Blackwell?

Establish what your facility can supply and remove per rack, and start any electrical or cooling work early. Facility lead times frequently exceed hardware lead times, and a node that arrives before the room can power it sits in a crate. We put the facility requirements in writing at quote so your building team or colocation provider can price the work in parallel with procurement.

How does it scale to more nodes?

The same way as any cluster, but the fabric matters more. Higher per-node throughput means the interconnect becomes the limiter sooner, so multi-node Blackwell builds are generally specified with one RDMA-capable port per GPU on a non-blocking topology from the outset. We size switching, cabling, and optics for the final node count, so expansion is a matter of adding nodes rather than rebuilding the network.

What warranty and support comes with it?

Systems are sourced through authorized channels and carry the full manufacturer warranty, with optional on-site and next-business-day cover. At this capital value the support tier is worth deciding deliberately rather than by default, so we set out the options, response commitments, and what each one covers as part of the quote.

Hardware Assistance

Configure the B200 GPU Server with Nexus Compute

Tell us your requirements and a hardware specialist will help you specify, configure, and quote the right system, typically within two business days. No obligation.