Veltrixa
Veltrixa
Enterprise-grade computing devices, high-speed interfaces, and cache acceleration controllers configured to match complex data operations.
As global telecommunications network structures transition into virtualized RAN architectures, Edge computing, and high-intensity artificial intelligence computation, standardized off-the-shelf servers often fail to meet customized thermal parameters, signal routing pathways, or chassis dimensions. That is where professional OEM/ODM designers step in.
From custom PCIe layouts, dual/quad-socket configuration options, specialized backplanes for U.2/U.3 NVMe drives, to short-depth chassis footprints optimized for telecom rack setups.
Implementation of high-efficiency fan arrays, optimized air ducting systems, and hybrid or direct-to-chip liquid cooling setups to maintain safe thermals in dense 5G core infrastructures.
Every customized platform is subjected to intense stress testing, including 100% Pre-Shipment thermal cycling, hardware-in-the-loop validation, and compatibility checks with primary Linux kernels.
Shenzhen Veltrixa Intelligent Computing Co., Ltd. serves as a pivotal node in global high-performance computer engineering. Established in 2017, we fuse years of design capability with rapid assembly systems.
Our production facilities are equipped to handle server configuration runs, rack-level hardware assembly, and critical verification processes. Operating under strict QC principles, we deploy a team of 46 certified Quality Assurance specialists to audit every step from component sourcing to delivery.
We tailor compute architectures for multi-tenant and public hyperscale operations. Our engineering portfolio spans the following core segments:
Shenzhen hosts the most comprehensive, integrated, and rapid electronics component supply ecosystem on the planet. For global enterprises looking for OEM/ODM Telecom Equipment and high-performance computing hardware, this provides concrete, structural advantages:
Developing high-density server configurations demands thousands of passive and active sub-components. In Shenzhen, PCBs, connectors, VRMs, thermal pipe solutions, and chassis elements are produced locally. This cuts prototyping lead times from months to days.
With an extensive network of over 1,280 vetted supply chain partners, Veltrixa dynamically shifts assembly schedules, sources components in short supply globally, and balances capacity workloads to ensure on-time delivery despite industry shortages.
Modern Chinese manufacturing facilities operate far beyond basic assembly. We utilize automated optical inspection systems (AOI), 3D X-ray testing (AXI) for multi-layer PCBs, and advanced environmental test chambers to confirm reliability standards before delivery.
Modern telecommunication networks require high throughput and ultra-low latency compute setups. Keeping pace with these requirements requires constant integration of new hardware paradigms.
| Technological Pillar | Current Market Challenge | OEM/ODM Custom Solution Strategy | Target Output / Benefit |
|---|---|---|---|
| Next-Gen Processor Architecture | High thermal generation and power management bottlenecks in legacy architectures. | Integrating Intel Xeon Scalable Gen 6 platforms with 6400MT/s memory support. | Up to 40% performance gain in multithreaded AI routing and baseband operations. |
| PCIe Gen 4/5 Acceleration | Internal bus bottlenecks limit data transfer from storage to GPU accelerators. | High-bandwidth Host Bus Adapters (HBAs) and active PCIe Gen 4/5 RAID cards. | 32GB/s channel pathways reducing overall communication latency down to microseconds. |
| AI Model Integration (DeepSeek/LLM) | Hosting generative inference models locally in edge and branch offices. | Custom GPU-optimized rack platforms with specialized neural network processing. | Localized, real-time AI processing without high cloud latency or security leakage. |
| Power Conversion Efficiency | Massive power consumption in large deployments raising operating expenditures. | Platinum and Titanium efficiency PSUs (900W - 2000W) with redundant power profiles. | Minimizing heat emission while operating at 94%+ energy efficiency rates. |
Our computational solutions are designed to address the specific performance requirements of key industry segments.
We deploy high-density GPU computing systems configured for complex model training, fine-tuning, and massive scaling. By using custom-designed rack layouts, liquid-cooling distributions, and reliable power distribution units, we ensure that operators achieve optimal computing density per square foot while maintaining low cooling overheads.
By delivering short-depth 1U and 2U servers, Veltrixa enables telecom providers to position compute power close to cell sites. These systems act as Multi-access Edge Computing (MEC) hubs, processing real-time video feeds, IoT sensor telemetry, and local caching needs without overloading backhaul fiber connections.
Academic institutions and heavy simulation systems run high-load calculations for days at a time. Our dual-socket Xeon systems, integrated with high-performance ECC RDIMM memory modules and Fibre Channel networks, ensure zero-error computational consistency and quick scratch-space storage performance.
We construct storage platforms featuring high-capacity NL SAS HDDs, redundant PCIe RAID configurations, and robust array controllers. This provides corporate IT environments with a reliable, private storage target, reducing reliance on public cloud providers while retaining fast file access speeds.
A visual window into Shenzhen Veltrixa Intelligent Computing's production processes, hardware inspection centers, and assembly spaces.
Explore our collection of server-grade processors, hard drives, redundant systems, and deep learning platforms.
Procuring high-value computing assets requires careful evaluation of technical requirements, compliance certifications, and logistics. This structured framework is designed to help streamline your decision-making process.
Define operational workloads (e.g., AI inference, virtualization, or raw NAS file storage) to determine correct processor tiers, ECC RAM requirements, and storage backplanes.
Collaborate with Veltrixa engineers to layout mechanical specifications, power redundancy (dual AC/DC inputs), and thermal limits matching local environment parameters.
We perform pre-production prototype validation, executing physical burn-in diagnostics, packet loss validation on network cards, and compatibility verification across OS branches.
Safe shipping via protected specialized air and sea packaging. Every delivery includes custom tracking data, compliance documentation, and multi-year warranties.
Read detailed, expert answers regarding our manufacturing standards, customization parameters, and supply capabilities.
