Vornaxis
Vornaxis
Discover our foundational 1U and 2U rack server systems deployed widely across Uzbekistan's governmental, financial, and institutional cloud ecosystems.
Under the government's ambitious "Digital Uzbekistan 2030" strategy, the country is undergoing an unprecedented modernization of its digital economy. From Tashkent's burgeoning IT Park to state-managed industrial zones in Samarkand, Bukhara, and Navoiy, local industries are aggressively migrating from legacy mainframe storage to high-efficiency, rack-dense enterprise server solutions.
This technological shift spans several key sectors in Central Asia:
Developing data centers in continental environments like Uzbekistan requires systems designed to handle wide seasonal temperature variations (exceeding 40°C in summer) and local grid characteristics. The V5 Rack Server family incorporates advanced thermal optimization and high-tolerance power systems to ensure sustained performance and high mean-time-between-failures (MTBF) under demanding environmental conditions.
Custom-tuned server configurations designed for artificial intelligence, local DeepSeek deployment, GPU rendering, and massive database storage.
An in-depth analysis of the V5 generation rack servers, engineered to provide maximum processing density, intelligent power control, and dynamic storage expandability.
Based on the Intel® Xeon® Scalable processors (1st and 2nd Generation), supporting up to 28 cores per processor with Intel Ultra Path Interconnect (UPI) bus speeds up to 10.4 GT/s. Combined with DDR4 ECC memory, this architecture provides a high level of mathematical efficiency for database querying and heavy simulation runs.
Supports up to 12* 3.5-inch or 8* 2.5-inch local hard drives. The backplane integrates SAS/SATA/NVMe configurations seamlessly, allowing system engineers to optimize drive pools. Solid State Drive caching paired with hardware RAID controllers (up to 4GB cache) safeguards critical data in the event of sudden power drops.
Equipped with Dynamic Energy Management Technology (DEMT), lowering overall power expenditure by up to 15% without sacrificing standard CPU execution speeds. The system features redundant 80 Plus Platinum PSUs, facilitating hot-swaps in real time and lowering data center cooling overhead.
Need custom BIOS settings or custom integration of security chips for compliance with the Ministry of Digital Technologies in Uzbekistan?
Request Engineering ConsultationAt Vornaxis Compute Ltd., we prioritize structural stability, thermal resistance, and computational reliability. Our quality controls exceed basic factory requirements to ensure each rack server is ready for heavy industrial loads.
| Company Registration | 2016 |
| R&D Center Footprint | 320 m² |
| Supply Chain Partners | ~850 Global Partners |
| Quality Control Personnel | 45 Professionals |
| Export Experience | 6 Years (12 Yrs Industry Exp) |
Vornaxis Compute provides end-to-end support for custom procedures, certification, and localized physical installation requirements.
We manage logistics routes via standard cargo freight terminals, including Tashkent Yuzhny Airport (TAS) and overland corridors. Complete paperwork including Certificate of Origin, packing list, and custom HS code verification (typically under Chapter 8471) is prepared to ensure seamless customs processing.
All hardware shipped conforms to EAC (Eurasian Conformity) and local Uzbekistan safety standards. Redundant power supplies are designed to withstand local grid variations, supporting typical 220V/50Hz power inputs with high tolerance for voltage drops.
We coordinate with enterprise system integrators across Central Asia to offer technical support, spare parts handling, and hardware replacement services. This minimizes downtime for mission-critical ERP nodes and local data facilities.
Review our complete inventory of V5 and next-generation rack servers, covering dual-socket cloud nodes, high-density GPU platforms, and mission-critical enterprise systems.
How Vornaxis-engineered V5 computing nodes address localized operational demands across key economic sectors.
Many manufacturing firms and agricultural exporters in Uzbekistan rely on specialized database programs to track inventory, supply chains, and payroll. The FusionServer 2488H V5 4-socket configuration provides up to 48 DDR4 DIMM slots, allowing databases to run completely in-memory. This significantly accelerates transaction processing speeds compared to legacy SATA arrays.
As municipalities in Tashkent deploy smart city initiatives, including intelligent traffic networks and public monitoring systems, video data processing demands are scaling rapidly. Integrating the G5200 V5 GPU Server enables edge-based AI processing, supporting multi-channel video analytics and automated classification directly at local network nodes.
As processing demands rise, simply increasing CPU clock speeds is no longer sufficient. Modern computing requires optimization across memory channels, bus layouts, and cooling mechanisms. Vornaxis Compute works closely with chip design partners to align our server lines with emerging computational frameworks.
Key milestones in our upcoming hardware updates include:
Speak with our engineers about upgrading legacy 1288H/2288H V5 hardware to meet modern high-density processing standards.
Contact Global Support TeamWebsite: www.vornaxiscompute.com
Common questions regarding technical specifications, deployment support, and logistics inside the Republic of Uzbekistan.
Yes, our V5 rack servers are certified for key enterprise operating systems and hypervisors, including VMware ESXi (6.5/6.7/7.0/8.0), Microsoft Windows Server, Red Hat Enterprise Linux, CentOS, and Ubuntu Server. Hardware drivers and management packages are pre-validated to ensure easy installation.
We manage standard customs documentation, including certified commercial invoices, packing lists, certificates of origin, and custom HS code documentation. Shipments are packed in protective export-grade shipping crates and sent via air cargo to Tashkent Yuzhny Airport (TAS) or overland rail terminals.
Yes, specialized models like the FusionServer G5200 V5 and custom 1288H/2288H V5 layouts support high-power GPU cards (such as NVIDIA A100, H100, or equivalent PCIe options). They are designed with reinforced PCIe power rails and high-CFM variable fans to provide the cooling required for sustained deep learning tasks.
Standard configurations are typically built, tested, and dispatched within 10 to 15 business days. Custom builds requiring specific drive configurations, extra network cards, or specialized cooling solutions may require 20 to 30 days depending on component availability and our testing pipeline.
DEMT monitors real-time CPU utilization and adjusts processor voltage and frequency dynamically. It can also put unused memory lanes and PCIe ports into low-power states during low-traffic periods. This helps reduce power draw, which in turn lowers heat production and reduces datacenter cooling costs.
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