Cloudion
Cloudion
Explore our high-performance rackmount servers tailored for bare-metal virtualization, private cloud instances, and high-throughput application delivery.
Production Facility
R&D Engineers
Upstream Partners
Quality Certified
In the era of hyper-scale clouds and distributed architectures, virtualization solutions have transitioned from basic logical partitioning to foundational compute platforms. Selecting the correct server architecture directly dictates the performance coefficient, network latency, and hypervisor efficiency of virtualized environments. Modern business virtualization demands hardware systems that not only accommodate multi-tenant workloads but also eliminate bottlenecks at the hypervisor level through low-latency hardware pass-through and hardware-assisted I/O virtualization.
Virtualization architectures are evolving. While traditional virtual machines (VMs) governed by hypervisors like VMware ESXi, KVM, or Microsoft Hyper-V continue to handle legacy ERP databases and line-of-business (LOB) programs, next-generation deployment pipelines depend heavily on hybrid systems. Containerization platforms like Docker and Kubernetes run alongside VMs, demanding microsecond memory synchronization and localized PCIe bus paths to maximize computational throughput.
With the rapid adoption of AI workloads, virtualizing GPU hardware is now a critical operational priority. Technologies like vGPU (Virtual GPU) enable multiple virtual machines to share a single physical accelerator. This requires robust enterprise hardware, such as the xFusion G5500 V6 or the FusionServer 5288 V5, which feature specialized PCIe layout architectures to handle intense GPU-to-CPU and GPU-to-GPU data transmission rates. Our systems are engineered to prevent resource starvation, ensuring that each virtual machine receives deterministic, isolated computing power.
Delivering enterprise-grade virtualized and AI-focused hardware infrastructure backed by deep domain expertise, robust testing, and global logistics execution.
Operating a state-of-the-art 18,600㎡ production facility under the CloudionAI brand. Founded in 2016, we integrate automated assembly lines, precision chassis engineering, and multi-stage cleanroom environments to deliver flawless enterprise hardware.
Our quality verification processes are managed by a specialized team of 48 professional inspectors. We enforce ISO-based systems alongside automated optical inspection (AOI), hardware-in-the-loop (HIL) testing, thermal stress simulation, and full-load system burn-in to ensure 99.999% uptime.
Supported by 320+ hardware and firmware engineers, we offer deep customization from chassis dimensions to liquid cooling interfaces, BIOS-level optimizations, power architecture configurations, and component selection (Xeon processors, NVMe storage, and specific smartNIC controllers).
China is the global center for high-performance server manufacturing, offering deep supply chain integration that cannot be replicated elsewhere. Our Shenzhen-based production facility capitalizes on direct access to raw components, advanced PCB manufacturers, and next-generation thermal component suppliers. This local ecosystem allows CloudionAI to compress manufacturing cycles and prototype new server layouts rapidly.
Our production network is backed by over 1,100 upstream suppliers. By sourcing components like silicon interposers, robust chassis metals, power supplies (PSUs), and cooling fans within a 50-mile radius, we minimize delays and insulate global partners from supply chain volatility. Whether sourcing specialized Xeon processors or enterprise-grade DDR5 memory modules, our supply chain ensures uninterrupted delivery schedules.
Our engineering capabilities allow us to implement advanced server testing. Each server undergoes a comprehensive quality check before leaving the factory. Our testing routine is designed to catch micro-fractures, voltage fluctuations, and thermal hotspots that could lead to unexpected downtime in live environments.
Through advanced manufacturing automation and optimization, we offer highly competitive pricing without sacrificing build quality. Enterprise buyers can optimize their CapEx by securing high-density hardware (such as 4-socket rackmount solutions) at a fraction of the cost of standard Western distributors.
Custom-tuned hardware profiles designed to meet the processing and compliance demands of modern enterprise workloads.
Designed for mission-critical SAP HANA and Oracle database workloads. Our 4-socket solutions, such as the FusionServer 2488H V5, provide massive memory capacity and multi-core processing to handle dense transaction rates and prevent database lockups.
Tailored for private and public cloud hosting platforms. Our high-density 1U servers, like the DEll PowerEdge R660, maximize computing power per rack unit, allowing data center operators to lower energy costs while maintaining high compute density.
Optimized for AI model training and inference. We engineer systems with dedicated GPU enclosures, advanced cooling designs, and high-wattage power supplies (up to 2000W) to handle intense workload spikes during machine learning training.
The virtualization market is adapting to meet the challenges of rising thermal loads and dynamic resource allocation. As enterprise applications require more resources, server hardware must adapt to maintain high performance. We focus our design efforts on three major industry trends:
As modern processors exceed 350W TDP and high-density GPU accelerators run continuously, traditional air cooling is reaching its physical limits. Next-generation virtualization datacenters are moving toward liquid cooling loops. CloudionAI is leading this transition by offering custom liquid-to-air hybrid chassis designs and direct-to-chip copper cold plates, keeping CPU temperatures stable under full virtual machine orchestration workloads.
Data Processing Units (DPUs) and SmartNICs are redefining hypervisor performance. By offloading virtualization overhead, security policies, and storage traffic from the main CPU to a dedicated DPU, servers can allocate more raw processing power directly to user VMs. Our servers feature flexible PCIe Gen5 slots designed to support high-throughput DPUs, improving network and storage performance.
With data center energy consumption under increasing regulatory focus, power efficiency is a critical design requirement. CloudionAI uses highly efficient titanium-grade power supplies and firmware-based energy management. Our systems dynamically adjust fan speeds and CPU power states based on virtual machine activity, helping operators reduce overall power consumption.
A behind-the-scenes look at our 18,600㎡ manufacturing facility, advanced assembly processes, and system testing laboratories.
Procuring virtualization and AI hardware for global data centers requires addressing key criteria: supply chain transparency, technical compliance, and structured logistics support. For purchasing officers and enterprise architects, ensuring a smooth path from factory assembly to active server rack requires a manufacturing partner with global shipping experience.
Every server we ship is certified to meet international safety and environmental regulations, including CE, FCC, RoHS, and UL standards. This ensures that CloudionAI hardware can integrate directly into enterprise facilities across North America, Europe, and the Asia-Pacific region without regulatory delay.
Enterprise procurement teams often need hardware tailored to their unique workloads. We support customize configurations, including custom UEFI/BIOS branding, pre-installed virtualization hypervisors, custom drive arrays, and client-specified network cards. Additionally, we guarantee long-term component availability, ensuring that scale-out phases can use identical hardware revisions to maintain configuration consistency across the cluster.
Get answers to common technical, logistics, and design questions regarding our enterprise server solutions.
Explore our selection of dual and quad-socket rackmount platforms designed to support heavy processing demands and high VM densities.
