Velorix
Velorix
Explore our curated selection of high-performance servers, acceleration units, and low-latency interconnects optimized for edge AI deployment.
As massive data generation pivots from centralized cloud data centers to the physical periphery of networks, the global tech ecosystem demands robust, specialized hardware. Edge computing bridges the physical-digital divide by processing telemetry close to the data source. By reducing latency, securing data integrity, and lowering WAN bandwidth costs, modern edge hardware accelerates real-time workloads.
For organizations deploying Artificial Intelligence at the edge (Edge AI), processing requirements are shifting. Standard microcontrollers no longer suffice. Real-time video analytics, autonomous machinery coordination, and smart city sensor fusion require GPU-accelerated computing nodes designed to perform in challenging environments. This is where Velorix steps in, offering short-depth chassis, optimized thermal footprints, and massive computing density.
How Velorix leverages industrial clusters, specialized component ecosystems, and advanced manufacturing to deliver unmatched cost-to-performance metrics.
Located in the heart of China’s electronics manufacturing cluster, Velorix utilizes direct relationships with 850+ supply chain partners. This enables rapid procurement of bare-metal PCBs, power distribution boards, and thermal copper-heatpipe modules, reducing turnaround times for custom builds.
With an engineering team of 135 specialists, we quickly iterate customized designs from conceptual schematics to hardware testing. Last year, Velorix successfully launched 168 new product variations to address changing computing form factors.
Our scaled manufacturing operations allow us to offer competitive pricing on major components, including high-performance memory, NVMe arrays, and specialized GPU compute layers. We pass these savings directly to our international clients.
Reliable edge computing deployments require strict adherence to global regulatory standards and robust physical and digital security protocols.
Deploying edge nodes globally means meeting diverse regulatory requirements. From CE and FCC electromagnetic compatibility to strict environmental directives like RoHS and WEEE, hardware must be compliant. Velorix designs and validates its GPU servers and edge appliances to satisfy these requirements, ensuring smooth customs clearance and compliant operation.
Hardware-rooted security is a cornerstone of our design philosophy. We build servers with Trusted Platform Module (TPM 2.0) capability, secure boot options, and intrusion detection circuits to secure your edge nodes against unauthorized physical or digital tampering.
How enterprises use GPU-equipped edge nodes to process data at the point of action.
Modern factories deploy our compact xFusion and Dell systems directly to production lines. By running high-speed neural networks local to optical cameras, automated systems identify microscopic quality defects on assembly lines in milliseconds, avoiding the high latency of cloud-dependent solutions.
The rise of lightweight LLMs allows organizations to run AI agents locally. Utilizing models like DeepSeek on server hardware with PCIe GPUs enables secure data processing without exposing proprietary information to public APIs.
Real-time pathing analysis, thermal mapping, and localized point-of-sale intelligence rely on compact, low-noise compute nodes. Our short-depth systems fit easily into backroom racks or utility cabinets without demanding specialized AC cooling units.
Founded in 2016, Velorix Intelligent Technology Co., Ltd. is a specialized manufacturer focused on AI GPU servers, high-performance computing (HPC) systems, GPU clusters, and custom AI infrastructure. Operating out of a modern facility designed for high-density hardware manufacturing, we deliver reliable, scalable computing platforms for AI training, local inference, deep learning, cloud computing, and complex enterprise deployments.
Drawing on 10 years of industry experience and 6 years of export operations, Velorix has built a global presence, delivering server solutions across North America, Europe, the Middle East, Southeast Asia, and Oceania. We serve AI startups, academic research institutions, cloud service providers, and system integrators requiring tailormade computing power.
Quality control is fundamental to our assembly process. Every system we ship undergoes rigorous testing from our 42 QC specialists. Our quality protocols cover component verification, extended burn-in testing, thermal performance analysis under stress, power stability evaluations, network port validation, and system benchmarking to guarantee reliable performance in the field.
High-reliability hardware configurations for data centers, cloud hosting, and enterprise application deployments.
Answers to critical questions regarding hardware specifications, procurement compliance, and performance optimization.
Edge server hardware is specifically engineered to operate outside of traditional conditioned data centers. Key differences include physical form factor (such as short-depth chassis for compact cabinets), dust filtration, wider operational temperature ranges, and structural protection against vibration. They are optimized for low localized latency rather than massive, centralized virtualized compute capacity.
Our GPU servers—such as the FusionServer and xFusion series—are designed with PCIe expansion capabilities and thermal designs that accommodate high-performance accelerators. This configuration provides the memory bandwidth and processing capacity needed to run modern quantized local models, enabling local inference without relying on cloud resources.
We offer customization across several design choices: processor architectures (Intel Xeon, AMD EPYC, or customized ARM platforms), specific memory configurations (ECC DDR4/DDR5 options), storage arrays (SATA/NVMe SSD hybrids), power supplies (dual redundant AC/DC options), and customized chassis branding. Our 135-engineer R&D team can guide projects from initial design to final production.
With 6 years of export experience and an annual export value exceeding USD 12 million, we build our hardware to conform with global standards like CE, FCC, and RoHS. We supply certified documentation to ensure smooth import and customs handling. We also package our systems for international transport to prevent transit damage.
Our testing process involves a team of 42 QC professionals. Each server undergoes a multi-stage testing suite: component incoming inspection, full system burn-in testing under load, thermal profiling to ensure cooling systems function properly, power supply testing, network port verification, and performance benchmarking. This testing ensures that servers arrive ready to be deployed into active environments.