Veltrixa
Veltrixa
Enterprise-class server blocks configured for high-density virtualization, data intensive workloads, and reliable bare-metal hosting environments.
The global cloud landscape is undergoing a critical transition. While public cloud hyper-scalers dominated the past decade, modern enterprises are shifting workloads back to bare-metal architectures. This cloud repatriation trend is driven by three primary variables: predictable performance benchmarks, hardware-level isolation requirements, and cost control for data-intensive workflows. Global procurement managers now require highly customized computing nodes to minimize total cost of ownership (TCO) while securing the direct hardware access needed for next-generation containerization and multi-tenant architectures.
For large-scale dedicated hosting providers, off-the-shelf options no longer suffice. Custom silicon integration, specific memory configurations (such as DDR5 ECC layouts for error reduction), and specific network interface cards (NICs) configured with hardware virtualization acceleration are critical components. Our OEM and ODM services directly address this market shift. We construct computing blocks tailored to handle sustained high-load workloads, ensuring that memory bus layouts, cooling profiles, and power supplies are matched to precise enterprise specifications.
Full control over physical specifications including storage density, high-speed RAM layouts, and dedicated hardware components engineered for your hosting stack.
Single-tenant bare-metal nodes configured to satisfy strict data privacy regulations, including GDPR, HIPAA, and PCI-DSS compliance frameworks.
Reduce latency and escape unpredictable monthly hyper-scaler bills with dedicated infrastructure built for high data throughput and compute density.
Modern enterprises demand hardware that maps exactly to their operational needs. A system configured for High-Performance Computing (HPC) requires a fundamentally different architecture than one optimized for ERP hosting or AI model training. Shenzhen Veltrixa Intelligent Computing Co., Ltd. fills this gap by manufacturing tailored systems optimized for specialized enterprise sectors:
| Industry Verticals | Core Compute Bottlenecks | Optimized Hardware Solution Configurations | Impact Metrics |
|---|---|---|---|
| AI Training & Inference | Inter-GPU communication latency, thermal dissipation limits. | Multi-GPU 8U servers, high-density PCIe Gen 5 configurations, integrated liquid cooling loops. | Accelerates model convergence time by up to 45%. |
| Financial Services & ERP Systems | Transaction processing latency, data integrity risks. | Multi-socket server nodes with ECC memory arrays, dual-redundant power supplies. | 99.999% uptime with hardware-level memory protection. |
| High-Density Storage Providers | Disk density bottlenecks, data retrieval speeds. | High-capacity SAS/SATA HDD bays (up to 20TB per disk) alongside read-intensive SSD caches. | Maximizes storage capacity per rack unit while maintaining fast access times. |
| High-Performance Computing (HPC) | Node-to-node communication delay, CPU heat scaling. | Short-depth 1U/2U nodes with multi-channel RDIMMs and InfiniBand-ready network interfaces. | Optimizes space utilization and reduces inter-node latencies to sub-microsecond levels. |
As processor architectures push the limits of traditional air cooling, our R&D department is actively developing liquid-to-air cooling platforms. Our development path focuses heavily on supporting AI deployment frameworks, including optimizations tailored for running massive machine learning models like DeepSeek R1 671B on bare-metal systems. Handling these intensive computing loads requires deep integration of high-bandwidth memory (HBM) interfaces, DDR5 memory subsystems, and PCIe 5.0 paths to prevent processing bottlenecks.
We are also optimizing our designs to support next-generation Data Processing Units (DPUs). By shifting networking, security, and storage virtualization tasks off the host CPUs and onto dedicated silicon, we free up critical CPU cycles for tenant workloads. This design improvement helps hosting providers boost compute utilization per rack unit, driving down operational costs.
Established in 2017 and located in Shenzhen, China, Shenzhen Veltrixa Intelligent Computing Co., Ltd. operates a modern production facility spanning 386 m². The facility is equipped with dedicated assembly lines, thermal testing chambers, and automated validation software. We handle the entire server lifecycle from initial prototype layout to final configuration testing and global export delivery.
Our commitment to quality relies on rigorous, multi-stage validation. Every system undergoing our 100% Pre-Shipment Inspection protocol passes through the hands of our 46 quality control professionals. Our validation pipeline includes functional diagnostics, prolonged high-temperature burn-in testing, structural thermal analysis, and interface compatibility testing, ensuring all hardware arrives at your datacenter ready for deployment.
Supported by 86 dedicated R&D engineers, we brought 124 new product configurations to market last year, meeting the changing needs of modern compute landscapes.
Our servers undergo comprehensive diagnostics under high loads to verify thermal margins and component reliability before final packaging.
Backed by 7 years of export history, we manage international logistics and regulatory requirements for North America, Western Europe, Southeast Asia, and the Middle East.
Deploying server infrastructure internationally requires strict adherence to regional environmental and electrical regulations. Shenzhen Veltrixa ensures all systems comply with major global standards, including CE, FCC, and RoHS certifications. This regulatory compliance simplifies customs clearance and ensures seamless integration into existing datacenter environments worldwide.
To support global deployments, Veltrixa provides extensive post-sales technical assistance. From hardware replacement support to remote IPMI/BMC configuration help, our teams work closely with local engineering staffs. This technical coordination helps minimize downtime and simplifies hardware upgrades, protecting your long-term infrastructure investment.
Optimized bare-metal platforms, memory upgrades, and network interface components designed for intensive data workloads.
A look inside our ISO-aligned assembly lines, QC centers, and logistics integration spaces in Shenzhen.
Technical clarifications regarding OEM/ODM integration, hardware options, and global shipping policies.