Velorix
Velorix
High-density computing servers ready for deep learning deployments and scale-out configurations.
Founded in 2016, Velorix Intelligent Technology Co., Ltd. has established itself as an authoritative manufacturer and exporter specializing in enterprise-grade AI GPU servers, custom high-performance computing (HPC) platforms, and scalable data center server architectures. Our mission is to alleviate the global computation bottleneck by offering highly optimized, reliable hardware engineered for demanding training, validation, and inference workloads.
Operated by a highly skilled workforce out of our state-of-the-art facilities, Velorix serves as a core technology bridge between raw hardware fabrication and hyper-scale application deployment. Over the past decade, we have scaled our exporting channels to address rigorous technical requisites across North America, Europe, Oceania, and Southeast Asia, earning our place as China's premier AI computing infrastructure exporter.
How Velorix adapts to shifting LLM parameters, interconnect bandwidth limits, and cooling bottlenecks.
As model token throughput climbs, memory bottlenecks cripple performance. We are integrating Compute Express Link (CXL) structures and PCIe Gen 5 architectures across our xFusion and customized OEM systems to allow pooled, low-latency host-to-device memory resource sharing, ensuring massive optimization for workloads like DeepSeek-R1.
Air cooling is reaching physical thresholds as GPU TDP exceeds 700W. Velorix's roadmap includes hybrid cold-plate loop implementation and direct-to-chip (D2C) water cooling integration for high-density 8U and rack-scale configurations, reducing average Power Usage Effectiveness (PUE) below 1.15 in major hyperscale datacenters.
We are engineering servers with high-speed networking adapters supporting InfiniBand (up to 400Gb/s NDR) and RoCEv2 protocols. This design enables seamless cluster clustering for massive distributed training tasks, reducing epoch runtime from weeks to days with high fault tolerance.
Every server platform goes through our 42-inspector QA loop, encompassing extreme thermal stress tests, full-rate packet processing verification, and workload-specific benchmarking.
Operating a modernized facility, Velorix integrates strict digital shop-floor controls with advanced hardware configuration procedures. By maintaining robust relationships with 850+ tier-one supply chain partners, we eliminate critical raw-material dependencies, maintaining steady production timelines even during global chip shortages.
Our localized cost efficiencies and access to China's dense logistics infrastructure allow us to pass significant structural savings down to the buyer, enabling global enterprises to balance budgets while targeting high-density GPU nodes. From bare-metal mainboards to high-capacity storage backplanes, our components undergo standardized optical alignment, power fluctuation defense mapping, and customized layout engineering.
Targeted server infrastructures designed to optimize computational efficiency across vertical market sectors.
Optimize virtualized workloads and container deployments. Leveraging multi-node, high-core count architectures (up to 4-socket configurations), our systems deliver maximal VM density with minimal cooling requirements.
Engineered for ultra-low latency transaction processing and historical price simulations. High-frequency memory channels and tailored storage accelerators allow rapid calculations for risk assessment and predictive trading.
Processing billions of genomic base pairs requires highly responsive IO architectures. Our arrays combine high capacity, read-intensive SATA/NVMe storage structures with dense multi-threading CPUs to run massive sequencing scripts without latency spikes.
Global procurers, from cloud system integrators to AI startups, operate under diverse spatial, thermal, and architectural limits. Standardized catalog boxes often fail to fit custom data racks or fall short of the required interconnect layouts. Velorix overcomes this by offering exhaustive OEM and ODM customization processes.
Our dedicated R&D crew of 135 experienced engineers optimizes chassis layout design, designs target power distribution units (PDUs), develops personalized system-on-chip controllers, and modifies BIOS/BMC firmware structures. Whether deploying custom 1U nodes or specialized GPU clusters with custom networking cards, our factory outputs ready-to-rack hardware suited for immediate operations.
Provide your specific compute requirements (GPU vendor parameters, target TDP limits, physical rail dimensions, and storage configurations) and receive a formal system architecture mock-up from our R&D team.
Our operations adhere closely to standard international verification procedures, ensuring streamlined customs clearances, minimal transit risks, and seamless site verification audits.
Exporting complex hardware requires deep regulatory knowledge. Different markets demand specific certifications and testing protocols. Velorix handles global logistics and validation, including compliance with CE, FCC, RoHS, and UL safety directives, to ensure smooth import and deployment at your site.
Additionally, we work closely with localized technical service partners worldwide. This collaborative model ensures that your hardware receives reliable support, rapid replacement parts, and direct firmware updates, keeping your AI clusters running smoothly and minimizing unexpected downtime.
A look inside our development labs, assembly halls, testing chambers, and clean room facilities.
Answers to key questions about our procurement, customization, validation, and delivery processes.
Explore our complete range of enterprise storage drives, interface components, and high-performance server architectures.
