Vornaxis
Vornaxis
High-performance Intel Xeon architecture configured to meet local Hamburg low-latency networking and virtualization workloads.
Hamburg, as Germany's major logistics and maritime gateway, represents one of Europe's most dynamic industrial hubs. From the high-velocity requirements of smart port terminals at the Port of Hamburg to the computing grids hosting trade logistics, IoT sensor arrays, and media networks, reliable server infrastructure is non-negotiable.
The German digital shift places immense demands on enterprise servers. Colocation centers in the Hamburg metropolitan area require hardware architectures configured to provide optimized compute density per rack unit, reduced Power Usage Effectiveness (PUE), and robust security features aligned with European sovereignty goals.
Under the German Energy Efficiency Act (Energieeffizienzgesetz - EnEfG), operators must design data centers to operate with extreme thermal efficiency. Our V5 rack server line implements smart power management algorithms and multi-zone system fan control configurations to minimize power waste.
Our V5 computing server portfolio provides structural scalability to bridge legacy data processing demands with modern containerized microservices. Engineered using premium chipsets and high-frequency interconnect architectures, Vornaxis V5 servers serve as reliable workhorses for enterprise networks, database arrays, and local virtualization nodes.
Supporting dual-socket Intel Xeon Scalable Gen 2 processors with up to 28 cores per CPU. Advanced UPI channels link the processors at up to 10.4 GT/s, optimizing memory access paths across non-uniform memory architecture (NUMA) domains.
Equipped with 24 DDR4 DIMM slots supporting speeds of up to 2933 MHz. The systems dynamically adjust voltages to adapt to load cycles, providing the optimal ratio between throughput performance and rack power consumption.
Accommodates multiple PCIe slots alongside dedicated OCP 2.0 network cards. This setup supports high-speed connectivity options like 10GbE, 25GbE, or 100GbE to meet the demands of Northern Germany's dense network backbones.
While the V5 standard remains the core for databases and general virtualization, our hardware engineering team has designed firmware adaptations to align our CPU layouts with AI inference protocols. By optimizing the integration of high-density GPU accelerators in our G5200 V5 series, we enable local enterprises to run private Large Language Model (LLM) environments, including DeepSeek models, directly in local secure environments.
Vornaxis Compute operates a state-of-the-art server manufacturing facility. By integrating automated production technologies with deep upstream component partnerships, we ensure that every server configured for the Hamburg market meets rigorous quality control benchmarks.
With 12 years of industry experience and 6 years of global export history, we have optimized our supply chains to mitigate global logistics disruptions. This ensures reliable lead times, even for custom bulk orders bound for European distribution centers.
Explore our assembly and QA departments. Our facility processes over 120 custom configurations annually under the strict control of 45 quality assurance technicians.
Procuring IT equipment from overseas requires complete transparency in quality standards and regulatory compliance. German data centers maintain strict standards. Vornaxis Compute guarantees that all custom V5 rack servers conform to European market standards before shipment:
Every server chassis and power supply carries CE, RoHS, and WEEE compliance marks. Our hardware is compatible with high-efficiency titanium level power supplies (96% grid conversion efficiency) to meet the strict carbon accounting frameworks utilized in Hamburg.
Before leaving our factory, every system undergoes automated optical inspection (AOI), functional diagnostic validation, and an extensive full-load burn-in period. We verify thermal performance across standard operating temperatures to ensure high reliability.
Optimized for Port of Hamburg container terminals. Our short-depth V5 servers fit easily into outdoor telecommunication enclosures, enabling real-time telemetry processing, local AI camera inferencing, and fleet dispatch automation.
Engineered to support virtualization workloads (such as VMware, Proxmox, and KVM). These systems allow Hamburg IT departments to consolidate multiple legacy servers into high-density rack units, lowering power costs and physical footprints.
Designed for research organizations and universities. These systems run large parallel processing tasks, weather modeling, and computational chemistry simulations utilizing high-performance GPU configurations.
Our comprehensive line of 1U, 2U, and 4U servers are configured for virtualized hosting, cloud infrastructure, and GPU compute nodes.
