Cloudion
Cloudion
Explore our high-performance rackmount servers, GPU-accelerated computing nodes, and scalable enterprise network devices engineered for maximum uptime.
As artificial intelligence, deep learning architectures, and high-performance computing (HPC) re-establish global industry standards, data centers are forced to transform. Under the premium brand CloudionAI (https://cloudionai.com), Cloudion AI Systems Ltd stands at the cutting edge of this evolution. We are a specialized developer and manufacturer of high-performance hardware systems designed specifically to host and run critical applications like LLM training, model inference, and distributed database systems.
Established in 2016, CloudionAI has leveraged 12 years of core industry expertise to deliver customized data center solutions to international hyperscale infrastructure operators, research facilities, enterprise networks, and cloud service providers. Guided by ISO-compliant production practices and global regulatory compliance, we facilitate the construction of next-generation infrastructure that bridges the gap between hardware capability and software potential.
Our manufacturing capacity covers 18,600 square meters of state-of-the-art facility layouts dedicated to custom server assembly, precise testing, and continuous deployment validation.
Through robust supply chain alignment with more than 1,100 trusted global upstream suppliers, we maintain stable component flows, enabling reliable ODM/OEM processing pathways.
With the exponential growth of neural network algorithms (such as the DeepSeek architecture) and complex cloud rendering applications, power distribution per rack has surged from 5kW to 30kW+. CloudionAI optimizes physical layouts and system configurations to manage massive compute requirements, minimizing system bottlenecks and latency.
Modern processors operate under extreme thermal conditions. We supply customized liquid cooling hardware, implementing direct-to-chip (D2C) cold plates and closed-loop liquid-to-air cooling options. This enables low Power Usage Effectiveness (PUE) ratios, helping operators align with green initiative policies globally.
Hyperscale procurement needs predictable delivery windows. CloudionAI integrates extensive parts inventories with dual-sourcing options across global component markets. This limits lead-time disruptions, providing resilient deployment for high-performance servers, NIC cards, storage, and networking hardware.
Hyperscale operations are rarely uniform. Standard rack configurations often fail to optimize power budgets, network configurations, or specific software runtime operations. CloudionAI serves as a strategic ODM/OEM partner to design, validate, and manufacture custom platforms. Our engineering capability allows developers to control components from the motherboard level up to complete cabinet systems.
Our collaborative design workflows encompass several engineering tracks:
With USD 12 million in annual export value, we understand cross-border logistical requirements, import clearance challenges, and critical delivery compliance processes.
Continuous investments in automated machinery, precise diagnostic suites, and thermal analysis environments ensure structural integrity across all production units.
Ensures precise component placement, joint stability, and path continuity on high-speed system motherboards, minimizing micro-cracking and solder voids.
Servers undergo testing across thermal profiles inside advanced climatic chambers to ensure material stability and thermal management reliability under severe peak workloads.
Every unit runs sustained computational workloads for extended validation periods to eliminate early-stage component failures and ensure long-term, stable operations.
Unplanned downtime in a hyperscale computing cluster can lead to severe operational losses. CloudionAI prioritizes component reliability through a strict, multi-stage inspection framework. From raw materials testing to final integration, our 48 professional quality control inspectors monitor every step to meet international standards.
Our manufacturing processes follow ISO quality management systems, utilizing specialized testing methods to guarantee reliability:
Deploying international hardware infrastructures requires meeting regulatory standards, environmental policies, and import compliance rules.
Our products meet international certifications, including CE, FCC, UL, and RoHS. We ensure that power supplies, materials, and internal designs meet energy efficiency and electrical safety requirements worldwide.
By partnering with over 1,100 qualified vendors, we minimize trade compliance issues, manage regional components sourcing, and maintain stable export pipelines to North America, Europe, and Asia.
We offer post-sale technical assistance, remote firmware updates, and modular spare parts distribution to keep your systems running smoothly with minimal downtime.
To support high-density computing workloads, we are constantly updating our hardware solutions. Through ongoing R&D, CloudionAI is focused on adopting emerging hardware standards and energy-efficient designs. Our technical roadmap highlights our focus on meeting the evolving needs of the data center industry.
By designing platforms ready for future advancements, we help protect your capital investments. Our systems are engineered to support next-generation compute, memory, and high-speed network expansions.
High-Density CXL Implementation & PCIe Gen 6 Integration
Integrating PCIe Gen 6 slots to double data transfer speeds, alongside CXL 3.0 architectures for unified system memory sharing.
Standardized Liquid-to-Liquid Cooling & AI-Driven Thermals
Integrating smart BMC sensor systems to dynamic liquid cooling loops to match pump speeds with processor workloads.
Co-packaged Optics & Carbon-Neutral Data Center Designs
Transitioning from traditional copper wiring to high-efficiency optical connections, lowering latency and power usage.
Our servers are designed with focus on thermal management, signal integrity, and power distribution. We build structures that handle high-wattage components, optimize component layouts to reduce EMF interference, and implement power modules that ensure stable voltage delivery to processors during peak workloads.
Every unit goes through a comprehensive testing program. This includes Automated Optical Inspection (AOI) for PCBs, high-speed circuit testing, and full-load burn-in cycles in temperature chambers. Our quality control team of 48 specialists monitors each phase to confirm the hardware meets all performance requirements.
We provide customized direct-to-chip (D2C) liquid cooling plates, Coolant Distribution Units (CDUs), and dry-break quick connect linkages. Additionally, we customize system chassis to accommodate hybrid designs, combining active air cooling for auxiliary cards with direct liquid channels for high-heat CPUs and GPUs.
Yes, our engineering team can configure custom BIOS parameters, setup remote management functions in BMC, customize Redfish APIs, and implement security features like hardware root-of-trust (RoT) boot security to align with your organization's IT standards.
We work with over 1,100 upstream suppliers, allowing us to source materials from multiple channels. Our team manages key component inventories and plans production runs in advance, helping us keep lead times consistent even during industry supply fluctuations.
Browse our catalog of custom server architectures, power supply modules, and memory upgrades designed to scale out your enterprise IT ecosystem.
