Velorix
Velorix
Explore our flagship hardware solutions optimized for deep learning, virtualization, enterprise database clusters, and massive storage capacity.
Founded in 2016, Velorix Intelligent Technology Co., Ltd. stands as a premier global manufacturer and specialized exporter of high-performance computing hardware, GPU servers, and next-generation V6 data center infrastructure. Based in Shenzhen's technology core, Velorix bridge advanced production engineering with agile trade structures to supply system integrators, HPC clusters, and cloud providers globally.
With an intensive dedication to engineering, our 135+ R&D engineering team continuously designs and refines cooling solutions, hardware architectures, and rack integrations that handle high thermal thresholds. We operate a highly optimized engineering test center and advanced customizing facility covering 380㎡, strategically supported by a broad network of over 850 supply chain and component partners to support major production runs and fast custom modifications.
Our quality control pipeline employs 42 dedicated testing experts. Every barebones kit and fully integrated server undergoes a comprehensive array of functional checks, diagnostic test suites, and strict heat-chamber tests prior to secure overseas deployment.
A technical assessment of modern V6 processing generations and hyper-scale architectural demands.
Modern enterprise clouds demand maximum cores per rack unit. System architectures featuring the Intel Xeon Scalable v6 platforms, such as the FusionServer 1288H V6 or Dell PowerEdge R660XS, integrate multi-socket motherboards that utilize PCIe Gen 5.0 lanes and up to 6400MT/s memory throughput. This enables rapid instruction dispatch for heavy VMs, virtualized environments, and cloud database queries.
As processor thermal design power (TDP) values exceed 350W per socket, data centers struggle with hot air pockets. The modern V6 data center employs optimized internal air duct designs, counter-rotating smart fans, and high-efficiency aluminum/copper heat sinks. For hyper-dense AI workloads, liquid-assisted cooling loops (cold plate or immersion) ensure stable continuous operation and lower data center PUE.
Real-time analytics and predictive systems cannot tolerate SATA storage latencies. Modern systems implement direct-attached PCIe NVMe configurations (U.2/U.3 form factors). Enterprise platforms incorporate RAID controllers and low-latency storage interfaces to guarantee high IOPS for massive datasets, preventing compute bottlenecks during data-heavy operations.
In addition to core components, modern procurement cycles focus heavily on Total Cost of Ownership (TCO). Selecting components that match specialized workloads is critical. For instance, edge nodes require short-depth chassis formats, whereas large-scale deep learning nodes rely on 4U multi-GPU baseboards. By optimizing hardware deployment parameters, Velorix ensures high resource utilization while minimizing unnecessary energy drain across large server deployments.
How our strategic location and manufacturing partnerships deliver cost efficiencies and short lead times.
Developing robust server hardware requires an integrated ecosystem. Based in Shenzhen, Velorix leverages 850+ vetted supply chain partners to source high-grade components efficiently. Our manufacturing partnerships allow us to scale operations rapidly, from low-volume customized prototypes to large bulk orders.
This localized cluster allows Velorix to secure essential components—such as PCIe Gen 5 expanders, smart NICs, high-capacity SAS expanders, and redundant power supplies—at highly competitive prices. These efficiencies are passed directly to our customers, allowing global businesses to achieve high-performance infrastructure deployments within tight budgets.
Additionally, our agile logistics coordination handles shipping pathways, export filings, customs compliance, and fast tracking. This ensures equipment arrives safely at destination ports, minimizing delays during transit.
Ensuring compliance, reliability, and security for international enterprise networks.
Every server is designed, assembled, and certified to meet the regulatory requirements of different jurisdictions, including CE, FCC, RoHS, and UL approvals. This guarantees that our infrastructure can be integrated into enterprise environments worldwide without compliance roadblocks.
We configure hardware-based encryption, TPM 2.0 microcontrollers, and secure boot pathways that assist operators in meeting strict data protection laws. This helps secure sensitive patient files and personal user details in cloud and local environments.
Hardware issues require immediate response. Velorix provides customizable SLA terms, replacement part logistics, and remote technical support. This helps system administrators keep downtime to a minimum for critical workloads.
Optimized hardware configurations tailored for modern compute, storage, and processing tasks.
Training and running inference on models like DeepSeek or Llama requires significant GPU memory bandwidth. Velorix GPU servers use dedicated PCIe switches and high-speed system interconnects to support parallel processing. This setup helps reduce bottlenecks during model training and real-time inference workflows.
Research centers, scientific labs, and engineering firms run simulations that demand high floating-point performance. Our multi-socket V6 servers can be equipped with high-speed DDR5 memory and low-latency network interfaces. This provides the processing capacity needed for complex fluid dynamics, structural analysis, and financial modeling.
Media platforms, cloud storage services, and backup environments need scalable, high-capacity solutions. Our 4U hybrid storage servers accommodate up to 36 high-capacity hard drives alongside NVMe caching slots. This balance of capacity and speed ensures efficient data retrieval for high-demand streaming and archiving.
A look inside Velorix's assembly, testing, and system verification facilities.
Detailed answers to key questions about server selection, customization, and global deployment.
Complete your deployment with our range of deep-learning optimized platforms, high-speed SSD media, and redundant multi-socket servers.
