Cloudion
Cloudion
High-density solutions optimized for virtualization, deep learning, hyperconverged infrastructure, and enterprise data storage.
The modern computational landscape demands hyper-scale efficiency, robust safety compliance, and unparalleled thermal management. At CloudionAI (Cloudion AI Systems Ltd), we design and construct hardware architectures optimized for dense performance vector calculations, low latency, and sustained uptime.
Founded in 2016, Cloudion AI Systems Ltd has developed a strong reputation in the global AI hardware industry, supported by years of engineering expertise and continuous innovation in high-density computing systems. Leveraging 12 years of industry expertise in high-performance computing (HPC) and 7 years of specialized export experience, we cater to Tier-1 cloud operators, deep learning research labs, and enterprise data centers in North America, Europe, and Southeast Asia.
Operating a state-of-the-art 18,600㎡ manufacturing facility, our factories maintain rigorous precision engineering workshops, automated board assemblies, and continuous testing bays designed to sustain an annual export revenue of over USD 12 million. Through customized mechanical designs, bespoke thermal pipelines, and firmware-level structural tuning, our servers are optimized to mitigate energy losses and thermal throttling in complex computational pipelines.
Our quality control measures represent the core of our brand promise. Supported by a dedicated quality assurance crew of 48 professional quality inspectors, every node undergoing testing must survive multi-stage automated optical inspection (AOI), hardware-in-the-loop validation, and extreme environmental thermal chamber tests before shipping.
As cloud integration and AI calculations (such as DeepSeek, GPT architectures, and real-time inference models) expand, global procurement departments face strict requirements for server densities, cooling efficiencies, and strict localized compliance.
Modern data centers are constrained by real estate costs and power availability. High-density server platforms consolidate more processing cores, memory slots, and PCIe lanes into standard 1U, 2U, or 4U rackmount footprints, reducing the physical data center footprint while lowering total cost of ownership (TCO).
Enterprises require clear product verification certifications. Our CE-certified high-density servers guarantee adherence to rigorous European safety, electrical compatibility, and environmental impact regulations, eliminating operational compliance friction during customs and site deployments.
Operating computational nodes at 400W+ per CPU/GPU creates intense heat gradients. We integrate custom micro-channel cold plates, dynamic liquid cooling loops, and high-CFM smart fans configured through BMC firmware to prevent thermal degradation and prolong hardware lifespans.
Manufacturing ultra-performance hardware requires access to advanced electronics supply chains. CloudionAI’s direct integration within the Shenzhen-Guangdong hardware cluster links our assembly pipelines with over 1,100 trusted upstream material providers.
Our supply chain ecosystem covers everything from high-density multi-layered PCB fabricators, complex power supply (PSU) designers, advanced sheet-metal stamped chassis fabricators, to liquid cooling component suppliers. This local industrial integration allows us to:
Deploying mission-critical servers globally requires alignment with national engineering regulations, safe handling standards, and localized deployment support.
| Compliance / Operations Matrix | EU & North America Standards | APAC & Latin America Frameworks | CloudionAI Customizations |
|---|---|---|---|
| Electrical Standards & Safety | CE Mark, EN 62368-1, FCC Class A | CB Scheme, VCCI, CCC | Redundant hot-swap PSUs (80 Plus Titanium) with 100-240V auto-sensing inputs. |
| Thermal Management Validation | RoHS, REACH compliance | Local environmental regulations | Continuous structural testing up to 45°C ambient; smart PWM dynamic fan control loops. |
| Support & Engineering SLA | Distributor repair channels, SLA parts replacement | L1-L3 remote engineering support | Bespoke IPMI 2.0 / Redfish firmware tuning for automated fault isolation. |
| System Level Customization | Chassis custom silk screening and labeling | Local BIOS/UEFI secure boot settings | Proprietary chassis variations, customized BIOS menus, tailored GPU layout spacing. |
Analyzing industry growth vectors allows us to develop highly customized hardware configurations tailored for production workloads.
Large Language Models require rapid tensor multiplication and high GPU interconnect speeds. Our systems feature optimized PCIe Gen5 topologies and multi-GPU spacing options to support high bandwidth interfaces like NVLink for low-latency inference.
With CPU/GPU thermal output rising, traditional air systems are reaching physical limits. Direct-to-chip liquid cooling loops handle high heat loads efficiently, allowing data centers to lower power consumption and run workloads without thermal throttling.
Smart factories and cities need processing power closer to the data source. Our high-density, short-depth 1U/2U configurations run reliably in edge sites with limited space, delivering high-performance computing without standard layout limits.
From complex mechanical modifications to firmware adaptations, our production lines configure custom hardware to meet your specific application needs.
We build specialized server chassis form factors, including dual-width rack units, specialized tool-less rails, customized drive cage structures, and customized external logos/branding elements.
Select specific PCIe expansion routing layouts, choose between OCP 3.0 or standard network interfaces, select specialized storage controller cards, and configure optimized memory slot layouts.
We configure custom BIOS defaults, design customized system management profiles, adjust fan curve thresholds, and integrate custom server health reporting APIs to work with your current orchestration tools.
Find answers to common questions about our engineering capabilities, compliance certifications, manufacturing lead times, and global shipping options.
Complete your deployment with enterprise-grade network cards, high-speed memory expansions, and next-generation multi-socket computing nodes.
