TensorNova
TensorNova
Explore our state-of-the-art server components, scalable high-density nodes, and GPU servers tailored for virtualization workloads.
As virtualization landscapes evolve and hybrid cloud strategies become paramount for computing agility, modern enterprises require compute-and-storage convergence at scale. At TensorNova, we bridge the gap between complex software-defined storage requirements and robust, tailor-made bare-metal infrastructure. Our OEM/ODM Hyperconverged Infrastructure (HCI) division delivers customized, high-density, and performance-optimized hardware designed to handle demanding software-defined workloads, including KVM, Nutanix AHV, VMware vSphere, and Kubernetes containers.
By consolidating computing power, software-defined storage (SDS), and network architectures into single-node or multi-node custom rack systems, our OEM/ODM products minimize latency, streamline operations, and scale cost-effectively. Whether optimizing deep-learning models, executing virtualization strategies, or scaling edge deployments, we provide the foundational engineering expertise that reliable modern data centers demand.
A macroeconomic shift in IT structures is redrawing server architectures globally, moving from multi-tiered configurations to integrated environments.
Licensing structure transformations across the virtualization sector have triggered a massive surge in alternative hypervisor adoption. Open-source ecosystems and hyperconverged architectures like Proxmox VE, KVM, and Nutanix AHV are becoming standard for modern data centers seeking lower Total Cost of Ownership (TCO) and flexible scalability.
Integrating AI frameworks directly into hyperconverged arrays allows enterprises to deploy inference engines, machine vision models, and localized LLMs (like DeepSeek configurations) on the edge. High-density GPU hosting is now a critical parameter for modern software-defined setups.
As server density rises, cooling and space constraints require innovative physical architectures. High-efficiency power distribution, titanium-class redundant power supplies, and hybrid air-to-liquid cooling integration represent the standard configuration demands for new infrastructure projects.
Driving processing efficiency at the physical boundary through advanced silicon, interconnects, and cooling designs.
We are engineering next-generation motherboard layouts optimized for CXL 2.0/3.0. By enabling memory pooling and device-to-device cache coherency between host processors, hardware accelerators, and storage controllers, we minimize memory access latency for extreme enterprise virtualization matrices.
Offloading software-defined networking, storage encapsulation (such as NVMe-oF), and virtualization host control policies to Data Processing Units (DPUs) is key to our hardware design. This frees system CPU resources for application workloads, ensuring consistent throughput performance.
Adapting our chassis configurations to support localized cold plates and quick-disconnect manifolds. As processors reach 350W+ TDP and AI GPU arrays scale in density, our hybrid thermal management paths ensure reliable system temperatures, preventing throttle states.
Real-world integration of hyperconverged infrastructure across diverse operational requirements.
Our OEM/ODM nodes feature TPM 2.0, secure boot policies, and optimized NVMe-over-Fabric controllers to deliver reliable performance for transactional and banking workloads. These architectures ensure strict localization compliance, isolated encryption domains, and high availability (HA) failsafe systems.
Deploying compact 2U short-depth server chassis directly to shop floors. These customized nodes aggregate IoT sensor metrics, process high-frame-rate machine vision algorithms, and feed local PLC control units with sub-millisecond latencies, independent of main cloud links.
Hyperconverged systems optimized with tiered NVMe flash caching coupled with high-capacity SATA drives. Healthcare providers benefit from instant diagnostic image retrieval speeds, built-in recovery protocols, and platform compatibility with complex picture archiving platforms.
Deployments optimized for retail locations, logistics hubs, and localized corporate branches. By using cost-effective, easily manageable clusters, enterprises maintain independent localized computing power managed via centralized cloud orchestrators.
Combining design flexibility, high component density, and reliable manufacturing cycles.
Operating a modernized, tech-focused assembly and testing facility, TensorNova leverages China’s server hardware manufacturing hub. Our established presence guarantees streamlined procurement pathways for critical IC components, server motherboards, chassis parts, and power sub-units.
We work with more than 1,200 partners to secure stable pipelines for silicon, controller cards, and backplanes, avoiding shipping bottlenecks and material shortfalls. Every customized server goes through rigorous system testing, which includes automated hardware stress-testing, thermal performance validation, burn-in verification under high load, and simulated AI workloads to guarantee operational uptime upon deployment.
Our design capabilities allow us to adjust hardware layout, custom chassis, power supplies, and storage backplanes to meet our clients' target specifications, saving development costs and shortening time-to-market.
Ensuring compliance, global shipping reliability, and reliable support infrastructure.
We build hardware assemblies that conform to global market criteria. All custom-engineered products carry safety and electromagnetic certifications, ensuring smooth customs clearance and compliant deployment across North American, European, and Middle Eastern data centers.
Our quality control team supervises the production cycle from parts receipt to burn-in testing. Dedicated stress tests simulate thermal changes, computational spikes, and storage operations, ensuring your custom systems arrive ready for production.
We deliver comprehensive technical support to keep hardware operational. From firmware customization and BIOS updates to component swap programs, TensorNova provides reliable post-sales assistance to prevent operational interruptions.
Expert answers addressing the practical integration, custom tailoring, and manufacturing capabilities of TensorNova.
OEM services build hardware configurations to your pre-existing designs and branding guidelines. ODM services provide custom engineering from the ground up, designing custom motherboard configurations, heat-dissipation layouts, and unique physical chassis shapes based on your workload targets.
Yes. Our systems are engineered and tested for compatibility with open-source and alternative enterprise hypervisors including Proxmox VE, KVM, Nutanix AHV, and Harvester. We customize firmware, NIC drivers, and storage controllers to match your software requirements.
Every server node goes through a structured verification program: automated hardware checking, thermal chamber burn-in testing, storage throughput checks, and AI network workload simulations to ensure component stability and prevent failures during deployment.
We configure systems to host single, double, or multi-GPU expansion paths. This includes custom power distribution networks, PCIe riser layouts, and hybrid cooling configurations to manage high thermal output from AI processing.
Through our long-term supplier relationships with over 1,200 components providers. We maintain reserve stocks of system backplanes, power supplies, thermal modules, and custom chassis components to ensure consistent assembly times even during material shortages.
Yes. We offer complete custom branding options, allowing you to flash custom BIOS splash screens, apply corporate colors to remote IPMI consoles, integrate custom security keys, and pre-configure network management configurations during assembly.
Integrate certified hardware nodes, high-density processors, and network interface adapters into your system architectures.
Providing evidence of our manufacturing capacity, quality control procedures, and testing environments.
