TensorNova
TensorNova
Deploy robust computing infrastructure built on original xFusion architectural frameworks for virtualization, database processing, and cloud deployment.
Advanced cooling designs ensure zero throttling under heavy thermal stress, critical for environments simulating high concurrent requests.
Designed to scale from simple game hosting nodes and local NAS arrays to multi-GPU computing networks seamlessly.
Explore the exact technical parameters of the most widely deployed V5 servers designed to handle varied enterprise application profiles.
A compact, dual-socket compute module engineered for virtualization, high-density cloud networks, and enterprise application hosting.
The industry workhorse. Balanced compute, high-capacity local storage, and broad PCIe expansion interfaces.
Engineered for mission-critical core ERP suites, real-time analytics, and high-density virtualization consolidation.
High-density computing node specifically tailored for AI training, deep learning inference, and Smart City video analytics.
Quality is a non-negotiable metric. Our ISO9001-based quality management frameworks are enforced by a team of 45 specialized Quality Control personnel. We ensure structural reliability and data integrity through four distinct layers of analysis:
From automated smart city platforms to high-density scientific storage clusters, see how the FusionServer V5 adapts to real-world performance workloads.
Deploying the FusionServer G5200 V5 GPU servers at regional edge locations allows Municipal Authorities to perform real-time video analytics, traffic flow orchestration, and public safety calculations with low latency.
Deployment Outcome: 60% improvement in packet throughput compared to legacy edge platforms.Utilizing the 4-Socket FusionServer 2488H V5 allows heavy manufacturing operations in Southeast Asia and Europe to manage transaction-heavy enterprise resource planning (ERP) databases, consolidating memory workloads.
Deployment Outcome: Reduced physical hardware footprints by 50% while sustaining higher user counts.For providers in North America and Western Europe, the 1U FusionServer 1288H V5 provides a dense computing building block. Deploying dozens of nodes in a cluster allows hosts to dynamically allocate VMs.
Deployment Outcome: Lower power consumption per compute core via built-in energy-saving controllers.Integrating top-tier global compliance criteria to match regulatory requirements in key operational markets.
Exporting computing assets to major markets like the United States, Germany, Singapore, and the United Arab Emirates requires total alignment with global certification schemes. TensorNova servers are validated for:
With 6 years of focused export experience, we manage complex logistics pipelines, custom customs clearances, and secure shipment containment.
As compute workloads scale, the boundaries between air-cooled and liquid-cooled configurations are blurring. TensorNova is developing new deployment configurations for the xFusion FusionServer V5 family, enabling hybrid liquid cooling loops that fit standard server formats.
We are also focusing on optimizing memory architectures to support fast inference models like DeepSeek. This includes motherboard revisions, custom memory bus optimization, and direct high-performance GPU mapping.
Find technical and logistical details regarding xFusion Server hardware procurement, configuration adjustments, and order processing.
The xFusion V5 series natively supports the 1st and 2nd Generation Intel Xeon Scalable Processors (Bronze, Silver, Gold, and Platinum series). This architecture supports up to 28 cores per processor and a thermal design power (TDP) up to 205W, delivering reliable multi-thread computing.
Yes. Through TensorNova customization, we can optimize the FusionServer G5200 V5 or 2288H V5 with dedicated GPU setups (e.g., PCIe Gen3/Gen4 accelerators) and specialized thermal paths to run complex deep learning inference pipelines and AI workloads.
We follow ISO9001 quality standards. All configured nodes undergo automated hardware stress testing, thermal chamber validation, system burn-in runs, and AI workload simulations. This process is monitored by our 45 QC specialists.
Lead times depend on the specific configuration. Standard xFusion V5 barebone units can ship quickly due to our strategic component reserves. Customized setups (e.g., custom PCIe expansion or liquid-cooled modules) take longer, but we utilize our supply chain network to optimize delivery.
Yes. As an OEM manufacturer, TensorNova provides customization services, including custom front bezel designs, localized labeling, custom-tuned cooling configurations, and bios-level configuration setups to align with your brand standards.
Take a visual tour of TensorNova's cleanrooms, quality inspection, testing zones, and inventory management systems.
Select from our verified V5 configurations designed for high-density enterprise computing nodes.
