Description
The Cisco UCS NVIDIA H100 NVL GPU Accelerator is a high-performance data center GPU designed for the most demanding AI, machine learning, and high-performance computing workloads. Built on NVIDIA Hopper architecture, the H100 NVL delivers exceptional performance for large language models, generative AI, scientific simulation, and data analytics.
Optimized for Cisco UCS rack server platforms, this GPU provides massive parallel processing power, high-bandwidth memory, and advanced acceleration features to support modern AI pipelines. The NVL configuration enables efficient scaling across multi-GPU environments while maintaining enterprise-grade reliability, thermal management, and seamless integration within Cisco UCS infrastructures.
Ideal for organizations building AI factories, research clusters, or next-generation cloud services, the Cisco UCS H100 NVL GPU accelerates innovation while ensuring consistent performance and manageability.
| Specification | Details |
|---|---|
| Brand | Cisco |
| Product Type | Data Center GPU Accelerator |
| GPU Model | NVIDIA H100 NVL |
| Architecture | NVIDIA Hopper |
| Memory | High-Bandwidth HBM3 |
| Interconnect | High-speed GPU-to-GPU NVLink |
| Form Factor | PCIe Accelerator Module |
| Deployment | Cisco UCS Rack Servers |
| Workload Support | AI Training, AI Inference, HPC, Data Analytics |
| Thermal Design | Optimized for enterprise server airflow |
| Compatibility | Cisco UCS GPU-supported platforms |
| Use Case | Large Language Models, Deep Learning, Scientific Computing |
Payment & Security
Your payment information is processed securely, and we do not store credit card details or access your credit card information.
Return Policy (Short Summary)
We offer a 30-day return window for most unopened, factory-sealed items.
Returns must be authorized before shipping back and must include all original packaging and accessories. Opened or used items are not returnable unless defective.
Some products—such as custom orders, special-order items, audio gear, software, and LED video walls—are non-returnable. Non-defective returns may be subject to a 20–30% restocking fee, and customers are responsible for return shipping costs.
For damaged or incorrect items, please contact us immediately.
From Scope to Sign-Off
A structured delivery process designed to reduce risk and keep projects moving.
Plan
Discovery, site review, requirements gathering, and project alignment. We define scope, constraints, and success criteria before any design work begins.
- Discovery calls & stakeholder interviews
- On-site survey & infrastructure review
- Requirements & use-case documentation
- Project scope, timeline & milestone alignment
Engineer
System design, schematics, signal flow, BOM development, and documentation. Every project leaves this phase with a complete engineering package.
- AV system design & signal flow diagrams
- Equipment selection & BOM development
- Rack layout & control system design
- As-built documentation package
Deploy
Procurement, logistics, installation, programming, commissioning, and training. We own the delivery from first shipment to final handoff.
- Authorized procurement & logistics coordination
- Physical installation & cable management
- Control system programming & configuration
- Commissioning, testing & end-user training
Support
Monitoring, maintenance, lifecycle planning, and long-term service agreements. We stay engaged long after project close.
- 24/7 remote system monitoring
- Preventive & reactive maintenance
- Technology lifecycle & refresh planning
- Long-term service level agreements
A decade of delivery — trusted by 275+ clients across industries
