TensorNova
TensorNova
Engineered for extreme performance, high energy efficiency, and reliable local operations. Explore our premier configurations optimized for European power grids and safety regulations.
Optimized for localized database clustering and general virtualization across Romania's growing IT hubs.
Designed for large-scale enterprise storage, DeepSeek LLM local fine-tuning, and high-bandwidth multimedia setups.
An AI-ready hyper-converged hardware node optimized for real-time analytics and neural network execution.
High-density 3.5-inch drive bays matching requirements for petabyte-scale NAS and structured backup arrays.
Romania has emerged as one of Eastern Europe's most dynamic IT and technology hubs. Backed by cities like Bucharest, Cluj-Napoca, Timișoara, and Iași, the nation is rapidly upgrading its digital infrastructure. Driven by EU funding initiatives, national digitization mandates (PNRR), and the development of local automotive R&D, smart city nodes, and telecom advancements, there is an unprecedented surge in demand for robust compute architectures.
The transition from legacy server architecture to the V7 compute generation represents a strategic pivot. Modern enterprise applications, ranging from autonomous driving telemetry processing to local DeepSeek AI models, require lower thermal footprints, modular configurations, and superior bus bandwidth. Romania's highly technical engineering talent and extensive fiber connectivity make it the perfect destination for high-density 1U, 2U, and 8U GPU/CPU rack deployments.
Our V7 Rack Server configurations offer the precise compliance, hardware capabilities, and customization options necessary to secure an operational foothold. By balancing cost-effectiveness with top-tier components, we bridge the gap between global hardware manufacturing and local Romanian deployments.
The V7 platform implements the latest PCIe Gen 5 bus architecture, doubling the data transfer speed compared to PCIe Gen 4. Parallel deployment of DDR5 memory modules ensures high-bandwidth, low-latency processing, allowing data centers to eliminate standard processing bottlenecks.
As chip densities increase, power requirements spike. V7 racks support hybrid liquid-to-air cooling options. This enables European data centers to lower Power Usage Effectiveness (PUE) metrics, aligning with the EU Corporate Sustainability Due Diligence Directive.
From 1U inference systems to multi-GPU 8U computing nodes, our hardware is designed for local LLM fine-tuning and inference. Support for DeepSeek system protocols ensures secure, cost-controlled, and highly performant AI environments.
TensorNova is an enterprise-grade high-performance AI GPU server manufacturer and infrastructure solution provider. Established in 2016, we build robust, scalable, and highly customized computing platforms. With over 12 years of industry experience in AI computing and server manufacturing, and 6 years of global export experience, we deliver custom-fit IT hardware designed to perform under demanding conditions.
Our state-of-the-art facilities in China operate under strict ISO9001 quality management systems. Hardware reliability is validated through automated stress testing, thermal modeling, burn-in validation, and modern AI workload simulation. Every single component in our V7 server line undergoes scrutiny from our dedicated team of 45 quality control personnel.
By nurturing an ecosystem of over 1,200 global suppliers and component partners, we maintain a resilient supply chain. This guarantees consistent hardware availability, custom component configuration, and prompt international deliveries, helping you avoid standard industry delays.
Integrate compute, storage, and networking into single V7 nodes. Excellent for Romanian public sector digitalization projects looking to reduce administrative hardware footprints.
Leverage Romania's low network latency by deploying 1U/2U V7 servers at regional network edge nodes, ensuring rapid data delivery for media streaming and local IoT services.
Empower national AI research clusters with multi-GPU architectures, facilitating local training, inference, and development of secure, sovereign language models.
Deploying bare-metal hardware within the European Union requires compliance with strict environmental and safety regulations. As an experienced exporter, TensorNova guarantees that all V7 servers shipped to Romania carry complete certifications, including CE marking, RoHS conformity, and WEEE directive registration.
We work closely with customs authorities to streamline import procedures at major entry points, such as the Port of Constanța and Henri Coandă International Airport. By providing clear technical documentation, HS codes, and safety data sheets, we minimize transit delays.
From 1U general web servers to 8U supercomputing nodes, our extensive range covers every enterprise compute requirement in the Romania market.
A flagship 8U compute node built for deep learning cluster environments and parallel model training.
Excellent storage density with 25 drive slots, perfect for telecom operators managing dynamic logs.
Balanced storage configuration optimized for high-volume enterprise backups and general data storage.
HCI-ready platform with dual 10GE networking interfaces for high-throughput network virtualization.
A compact 1U form factor providing robust GPU acceleration for edge-level AI inference and hosting.
4U computing power with dual high-performance Xeon processors, built for critical relational databases.
Enhanced hardware encryption and memory protection for high-performance municipal office applications.
OEM customizable 4U server built for industrial automation, UPS management, and smart factory arrays.
256GB RAM capacity optimized for lightning-fast network storage caching and virtualized application layers.
Efficient 1U design hosting 4x3.5" large storage disks, suitable for basic corporate file storage.
High-speed networking node built to run AI inference models locally with low management latency.
Hybrid workstation-server hybrid configuration supporting high-density SSD and GPU expansions.
The hardware demand in Romanian and European data center hubs is moving rapidly toward sustainable, ultra-high-density deployments. Our engineering division actively develops next-generation architectures to stay ahead of these requirements. This includes integration of CXL 3.0 technologies for memory pooling and the implementation of advanced direct-to-chip cooling methods.
Over the next two years, TensorNova plans to release more modular compute blocks, allowing operations teams to upgrade accelerators and processing cards without replacing complete chassis structures. We also prioritize open-hardware standards to ensure smooth multi-vendor integration.
The V7 generation integrates PCIe Gen 5 bus architecture and DDR5 memory channels, doubling transfer speeds and capacity compared to V5/V6 models. These platforms also feature more efficient power supplies and advanced thermal routing, which helps keep PUE low under demanding workloads.
All our power supplies (including 900W, 1500W, and 2000W units) carry CE certification and support European standard voltages (230V AC, 50Hz). Our hardware is tested to withstand voltage fluctuations commonly found in commercial electrical grids.
Yes. Our multi-GPU configurations (such as the G8600 V7 8U and 1288H V7 GPU modes) are built specifically to handle open LLMs like DeepSeek, Llama-3, and Mistral. They provide the necessary PCIe lane allocation and VRAM bandwidth to manage complex tensor processing.
Our QC teams run automated component checks, multi-day heat chamber burn-in tests, high-speed connection signal integrity diagnostics, and simulated AI software workloads to confirm system stability before delivery.
Once your team specifies hardware requirements (GPU slots, CPU tiers, RAM capacity, storage configuration), our engineering team prepares a detailed technical configuration sheet. Following approval and testing, we coordinate shipping with specialized freight handlers to Constanța, Bucharest, or other local hubs, providing all import customs documentation.
Yes, we offer custom liquid-loop layouts for high-density rack configurations. This includes dedicated cooling manifolds and customized server water block plates designed to interface with facility liquid systems.