Vornaxis
Vornaxis
Deploy robust, high-performance computing hardware optimized for dense clusters, generative AI, and enterprise database systems.
Industrial AI hardware manufacturing partner specializing in high-performance computing infrastructure.
Founded in 2016, Vornaxis Compute Ltd. has established itself as an authoritative global manufacturer and exporter of enterprise-grade server infrastructure. Leveraging 12 years of industry experience and 6 years of direct export operations, we design, build, and support high-density GPU computing clusters, server components, and storage systems engineered to scale.
Operating a specialized high-density engineering prototype and verification facility of 320 m², Vornaxis acts as a core engineering hub. From this site, our teams manage complex silicon integration, product validation, and quality auditing while orchestrating production across 850 vetted upstream and downstream supply chain partners. This robust architecture enables us to deliver customized OEM/ODM deployments globally.
With an annual export revenue of USD 18.6 million, Vornaxis caters to hyperscalers, artificial intelligence startups, high-performance computing (HPC) research labs, and enterprise IT integrators across North America, Europe, Southeast Asia, and the Middle East.
Our collaborative operational structure bridges the gap between hardware R&D and field deployment. By combining internal design capabilities with global manufacturing resources, we ensure that every system—ranging from 1U server modules to complete liquid-cooled rack architectures—conforms to strict delivery timelines and localized compliance parameters.
Zero-tolerance quality assurance protocols designed to guarantee the maximum uptime of mission-critical systems.
Every server component and assembly is certified under ISO 9001 guidelines and strictly conforms to RoHS directives, ensuring environmental safety and materials trace-ability.
We deploy advanced Automated Optical Inspection system protocols on board-level assemblies to detect micro-soldering variances and structural anomalies prior to chassis integration.
Each unit undergoes custom stress runs and intensive thermal cycling tests inside control chambers, mimicking actual operations inside high-density modern server racks.
A specialized team of 45 Quality Control professionals oversees all validation stages. Before export, systems undergo full system burn-in checks, hardware-level diagnostic routines, and multi-day storage I/O performance testing to prevent on-site failures and minimize setup complexities for international deployment.
Deep hardware integration designed to satisfy the computing demands of modern hyperscale data centers.
With CPU thermal design power (TDP) exceeding 350W and high-density GPU accelerators demanding massive thermal extraction, we provide custom rack-level liquid cooling architectures, including direct-to-chip (DLC) cold plates and rear-door heat exchangers, ensuring consistent PUE targets under 1.15.
Leveraging high-efficiency Platinum power supplies (from 900W to 2000W AC/DC configurations), our architectures support N+1 and 2N hot-swappable power redundancy models. Integrated with smart busbars, they prevent voltage drops and minimize grid harmonics across high-performance compute clusters.
Engineered for model-intensive processing like DeepSeek R1 and LLM inference, our multi-GPU servers (including the G5500 series) feature optimized PCIe Gen 4.0/5.0 lanes, NVLink support, and low-latency network interface controllers (NICs) to maintain high data throughput and eliminate computing bottlenecks.
Our solutions target critical issues in modern data center management: scaling computation density without exceeding existing power allocations, maintaining thermal envelopes, and ensuring reliable data pipelines. Each server line—whether utilizing Intel Xeon processors or high-density AI acceleration architectures—is optimized for virtualization, deep learning, and hyperscale environments.
Ensuring hardware deployments satisfy local electrical safety, environmental, and regional compliance structures.
International hardware delivery involves navigating complex, multi-layered regulatory frameworks. At Vornaxis, we ensure all server models conform to regional standards including CE (Europe), FCC (North America), VCCI (Japan), and EAC (Eurasian Economic Union). Each system is designed, tested, and certified to meet electro-magnetic compatibility (EMC) standards and safety mandates.
Additionally, our supply chain compliance processes ensure conflict-free materials procurement. We adhere to REACH and RoHS regulations, certifying that harmful chemicals and heavy metals are restricted across all components, from server brackets to complex multi-layer printed circuit boards.
To reduce post-delivery friction, Vornaxis provides specialized configuration services:
From AI startups to research facilities: tailoring performance to specific workloads.
Optimized architectures for regional research facilities deploying models like DeepSeek R1. Features low-latency RAM pipelines and maximum GPU density, minimizing cost per token and execution latency.
Deployed in laboratories managing meteorological modeling, molecular dynamics, and fluid simulations. Dual-socket Xeon platforms deliver high floating-point operations per second (FLOPS) and robust cache-to-core ratios.
Engineered for high concurrent traffic and minimal transactional latency. Configured with high-speed SAS 12Gb/s storage arrays, redundant LSI RAID controllers, and dual 10GbE network interfaces.
How we are designing today to meet the power and computing demands of tomorrow.
As computing requirements grow, next-generation data center management must shift from standard air cooling to complex, integrated systems. Our engineering department, led by 160 R&D engineers, is actively developing systems to address the next phase of computing:
By launching over 120 models and system iterations last year alone, Vornaxis stays at the forefront of server design. We closely align our design processes with global silicon manufacturers, ensuring that our clients receive platforms optimized for emerging workloads like real-time AI model training, spatial computing, and large-scale blockchain security layers.
Expert technical insights regarding high-density system configurations, power management, and logistics.
Optimize storage performance, manage virtual machines, and establish system stability with high-density server nodes.
A look into our validation laboratories and specialized high-density hardware development infrastructure.
