Vornaxis
Vornaxis
High-density custom servers optimized for software-defined environments, virtualized storage orchestration, and AI model workloads.
By decoupling the physical switching plane from the control logic, our SDN architectures allow network administrators to customize network parameters dynamic to AI cluster needs (e.g., dynamically adjusting RoCE v2 congestion notifications).
Utilizing standards like SONiC (Software for Open Networking in the Cloud) and P4-programmable silicon, our custom network hardware bridges the gap between raw bandwidth and application-specific traffic steering.
In standard DeepSeek or large LLM training topologies, east-west traffic accounts for up to 90% of total bandwidth. Our optimized rack-level systems maximize link efficiency, eliminating packet drops.
For procurement heads and data center architects in North America, Europe, and Asia, sourcing customizable networking equipment has shifted from stock purchases to custom co-design. Standard proprietary network boxes often lead to vendor lock-in, inflated cost of ownership, and rigid routing capability.
Global cloud providers require customizable interfaces (100G/200G/400G and future-proofed 800G) and specific port orientations that fit within non-standard rack depths. Thermal control parameters must match specific airflow designs to keep containment architectures balanced.
Moving to custom white-box switches decreases capital expenditure by up to 40%. Our clients lease our manufacturing capabilities to print custom logos, pre-load targeted firmware, configure boot-time environments, and construct precise power distribution modules.
With compute clusters costing tens of millions, network downtime results in catastrophic operational loss. Buyers are shifting procurement towards manufacturers offering full-system burn-in validation, stress test cycles, and high quality assurances before delivery.
From containerized microservice architectures to high-frequency trading platforms, our SDN switches and integrated AI compute nodes solve latency and bandwidth bottlenecks on a macro-industry scale.
For distributed content delivery networks (CDNs) and IoT collection centers, we customize hardware switches with smaller dimensions, fanless passive-cooling capabilities, and robust industrial chassis that endure varying ambient environments.
Microsecond gains translate to millions in profit. Our engineers customize NIC controllers and switch silicon firmware to prioritize financial transactions using ultra-low latency routing paths and custom FPGA acceleration overlays.
Providing custom compute servers loaded with dual-port 32GB FC HBA interfaces and high-density GPU racks. The fabric optimizes heavy model calculations by executing high-speed localized storage sync and low-overhead CPU-bypass protocols.
To capture true technological differentiation, our R&D roadmap focuses heavily on next-generation networking integration. We design and deliver custom systems that match these emerging architectures:
Moving from NRZ to PAM4 signaling requires highly optimized PCB board trace routing and premium physical signal components to avoid insertion loss and cross-talk.
Integrating data-processing units (DPUs) inside our rack servers offloads security virtualization and routing functions directly from host CPUs, conserving critical processor compute.
To support high-wattage networking switches and compute configurations, we customize custom loop systems containing targeted manifolds and quick-connect valves.
Supporting next-generation Compute Express Link (CXL) structures to allow memory pooling across servers and switches, greatly decreasing database and AI training operational overheads.
Your Trusted Partner for AI-Driven Hardware Customization, Quality Assurance, and Engineering Excellence
Established in 2016, Vornaxis Compute Ltd. is a professional AI GPU server and high-performance network equipment manufacturer. Leveraging 12 years of industry experience and 6 years of export capability, we operate a specialized design-to-delivery workflow suited to customize complex architectures for global buyers. Our precision engineering lab spans 320 m², serving as an elite staging, firmware-customization, and custom prototyping environment for high-density systems.
Every product undergoes extensive quality checks: Automated Optical Inspection (AOI) for PCB integrity, functional integration testing, high-stress testing, thermal cycling validation, and full system burn-in before export packaging.
We are strictly ISO 9001 certified and RoHS compliant. Our products conform to global safety and ecological directives, securing smooth custom clearance and integration into strict compliance environments.
With a robust supply network consisting of approximately 850 global partners, we ensure component availability, preventing delayed project timelines even during supply shortages.
Operating across different geopolitical landscapes requires a thorough understanding of localized regulations, import structures, and safety standards. Vornaxis Compute Ltd. supports system deliveries throughout our core operational markets:
FCC Part 15 Class A certifications, UL compliance design validation, and close logistics integration for local colocation spaces.
CE mark certification, WEEE conformance, and alignment with strict carbon reduction guidelines within the EU data center market.
Localized power supply distribution (varying voltages/plugs) and environmental protections for high-humidity edge server deployment environments.
Support for specialized sand-filtering cooling chassis modifications and high ambient thermal performance designs up to 45°C intake air.
Understand the nuances of custom server design, open-source software integration, and physical hardware characteristics before starting your ODM customization.
Our servers and custom whitebox components are designed using standard PCIe architecture and x86 processing cores, which fully interface with SONiC and open network operating systems. We configure switch motherboard designs and network controller interfaces (like Emulex and custom HBA modules) to integrate directly with driver architectures, enabling immediate configuration of overlay fabrics and telemetry systems.
Yes. Under our ODM capabilities, we perform low-level firmware customizations, including custom BIOS/BMC boots, proprietary key injections for secure boots, and unique IPMI profile setups. This allows system integrators to roll out hardware nodes directly onto target data racks without manual initialization steps.
Our 320 m² precision integration facility serves as our high-tech staging lab for prototyping, custom R&D mock-ups, and specialized system configurations. Large-volume component manufacturing is handled via our extensive, trusted supply chain partners (numbering approximately 850 partners), while final high-precision configurations, quality inspection, and burn-in testing are executed directly in our controlled environments.
Every high-density GPU chassis we assemble undergoes our specialized full-burn-in testing inside dedicated environmental validation rooms. We execute heavy CPU and GPU computing runs for at least 24 to 72 hours, monitoring temperature thresholds on power supply units, core chips, memory registers, and custom NICs to eliminate infantile failures and ensure long-term stability.
Through 12 years of industry presence, we have built relationships with 850 key suppliers globally. This deep network allows us to negotiate bulk material pricing and reserve system components (like memory chips, high-speed controller ICs, and high-frequency connectors) well in advance, passing on stability and lower costs to our OEM/ODM buyers.
Visual walkthrough of our R&D layout, assembly stations, and hardware testing procedures.
Complete your network orchestration with dedicated HBA controller modules, AI workstations, and high-performance server hardware nodes.
A premier high-performance AI hardware and custom networking designer. Supporting modern global workloads from server layout, custom routing switches, to massive GPU computing frameworks.
Website: www.vornaxiscompute.com