TensorNova
TensorNova
Enterprise GPU servers optimized for low-latency deep learning, large language model deployment, and high-density virtualization.
Israel, globally celebrated as the "Startup Nation" and anchor of the Silicon Wadi, represents one of the highest densities of AI innovation, semiconductor engineering, and cybersecurity R&D centers globally. Tech hubs spanning Tel Aviv, Haifa, Herzliya, and Beer Sheva are driving breakthrough achievements in Large Language Models (LLMs), computer vision, autonomous navigation, and tactical defense technologies.
However, running localized machine learning training and high-throughput inference requires robust hardware architectures. Due to global supply-chain constraints and specific domestic compliance frameworks, sourcing custom-configured GPU servers has become a critical operational priority for local enterprise IT departments and R&D labs. TensorNova bridges this gap by acting as a premier hardware integration and manufacturing partner, shipping enterprise-grade, high-density AI servers configured with advanced GPU topologies directly to Israel.
As deep learning networks transition to complex sparse-attention matrices (such as MoE architectures used by DeepSeek and specialized transformers), the underlying compute nodes require massive memory pooling, high PCIe lane availability, and interconnect topologies capable of overcoming bottleneck constraints. Our custom systems prioritize thermal safety, minimizing thermal throttling in warm Mediterranean environments.
Addressing complex computing paradigms through robust mechanical engineering, high-efficiency power distribution, and advanced CPU-GPU pairing.
By leveraging custom 2U and 4U GPU rack chassis, we maximize compute density per rack unit. This configuration reduces footprint requirements in premium data facilities located in central Tel Aviv, lowering operational overhead.
We support high-bandwidth direct-interconnect fabric architectures. This includes PCIe Gen 5 routing topologies and native NVLink configuration integration to ensure low-latency communication across multi-GPU nodes.
Fitted with customized cold plate manifolds and adaptive liquid-to-air cooling options. These options mitigate the thermal demands of high-TDP processor chips in challenging operating conditions.
| Feature / Metric | Enterprise R&D Target | TensorNova Factory Capabilities |
|---|---|---|
| GPU Form Factors Supported | PCIe Gen 5 Double-Width, SXM5 / OAM Nodes | Full customization and structural chassis alignment |
| Networking Capabilities | Mellanox InfiniBand (up to 400Gb/s) & RoCEv2 | High-throughput PCIe Gen 5 riser pre-integration |
| Power Infrastructure | Redundant (1+1, 2+2) Titanium Class PSUs | 2000W / 3000W / 3200W modular power customization |
| System Thermal Design | Intelligent fan speed mapping & custom air ducts | High-volume hot-swappable cooling fans & direct-contact cooling plates |
Since 2016, providing optimized AI hardware infrastructure for enterprises, cloud providers, and leading-edge R&D teams.
Operating a modern, specialized production facility structured around the rigorous standards of the ISO9001 quality management framework, TensorNova oversees server fabrication from structural CAD drafts to operational hardware integration.
Every node destined for international deployment undergoes a thorough testing cycle, including automated hardware stress tests, dynamic thermal profile analysis, systematic memory errors testing, and deep-learning training benchmark simulations. This ensures stability when handling complex AI modeling workloads.
With an active supply pipeline encompassing more than 1,200 verified tier-1 component suppliers and international component partners, TensorNova maintains a consistent material flow. This enables swift deployment turnarounds and helps shield Israeli buyers from global tech acquisition delays.
Our focus on detail enables direct motherboard-level custom configurations, targeted cooling manifold alterations, and chassis modifications designed for specific spatial limits.
Navigating technology imports into Israel requires strict adherence to technical and electrical compliance standards. TensorNova structures export processes to meet the expectations of local authorities, ensuring a smooth path through customs into target sites in Haifa, Beer Sheva, or Tel Aviv.
From BIOS-level virtualization parameters to customized Linux distributions (CentOS, Ubuntu LTS, Rocky Linux) and CUDA pre-installation, we tailor hardware configuration profiles to align with your DevOps systems. This minimizes setup time when deploying nodes to your data facility.
Delivering high-throughput, low-latency computing nodes optimized for specialized vertical domains across Israel's technology sectors.
Providing hardware platforms for training neural networks designed for real-time traffic analysis, cryptographic discovery, zero-day threat identification, and automated threat resolution systems.
Optimized platforms for processing LiDAR and spatial-temporal camera feeds, facilitating rapid simulation cycles and edge model deployment workflows.
Rugged configurations and specialized architectures designed for command and control systems, intelligence processing, and complex multi-source telemetry parsing.
As AI applications shift toward large language models and multi-agent operations, data centers require scalable platforms. TensorNova designs hardware with modern interface options to ensure longevity and adaptability.
By pre-validating PCIe Gen 5.0 lanes, implementing high-amperage power architecture, and designing chassis to support next-generation accelerator physical dimensions, we help protect your investment from premature obsolescence. We work with semiconductor manufacturers to ensure compatibility with upcoming GPU configurations.
| Hardware Factor | Current Benchmark | Roadmap Target (2025-2026) |
|---|---|---|
| PCIe Version | PCIe Gen 5.0 (32 GT/s) | PCIe Gen 6.0 Integration (64 GT/s) |
| Chassis Thermal Cap | Up to 700W TDP per Accelerator | Up to 1000W+ with direct-to-die liquid loops |
| Memory Bus | DDR5 ECC up to 4800 MHz | DDR5 ECC up to 6400 MHz / MR-DIMM Nodes |
Explore our full line of customizable configurations, designed for scalable multi-node clustering and complex data storage environments.
Expert insights addressing architecture configurations, international shipping logistics, and compliance standards for the Israeli market.
