ZhiCloud AI
ZhiCloud AI
Shenzhen Intelligent Computing Cloud Technology Co., Ltd. (ZhiCloud AI) stands at the forefront of AI hardware innovation and high-performance computing (HPC) system integration. Established in 2016, our journey has been driven by a pursuit of hardware perfection, engineering excellence, and structural customization for high-density storage challenges. With over 11 years of deep industry expertise in AI server engineering and data center deployment architectures, we provide tailored hardware infrastructures that allow enterprises worldwide to execute complex workloads seamlessly.
Our operational capacity balances agile prototyping and sophisticated systems assembly. By operating a specialized 320㎡ modern systems integration facility, we focus on high-efficiency precision system configuration, multi-GPU optimization, and advanced liquid cooling designs. This hyper-focused layout empowers our engineering team to construct and test advanced hardware nodes with extreme agility. Backed by a strategic network of more than 1,200 raw material and component partners, we secure high-performance architectures, ensuring zero-bottleneck supply pipelines even in volatile market phases.
With 7 years of direct B2B export experience, ZhiCloud AI has developed a mature international supply framework, generating an annual export revenue of approximately USD 12 million. We systematically serve demanding global markets including North America, Europe, Southeast Asia, and the Middle East. Through strict adherence to global regulatory frameworks, localized quality requirements, and performance guarantees, we bridge the gap between Chinese supply efficiency and global enterprise standards.
As the digital landscape transitions from standard database computing to distributed machine learning pipelines, standard storage arrays struggle to keep pace with parallel execution demands. Enterprise networks require localized flash density and zero-latency interconnect protocols. ZhiCloud AI addresses this paradigm shift by aligning our technology roadmap with three core structural advancements:
Through our partnership network, we leverage PCIe 5.0 and Compute Express Link (CXL) technologies to unify system memory and storage pools. By optimizing systems to host 20 EDSFF drives or NVMe interfaces on servers like the HPE DL360 Gen12, we eliminate typical bus limitations, providing high throughput for AI training nodes and real-time database transactions.
Modern 2U server setups operating close-proximity dual Xeon processors and intense GPU acceleration face extreme thermal challenges. Our technical roadmap integrates Direct Liquid Cooling (DLC) paths directly onto high-density processor blocks. This shifts heat dissipation metrics and minimizes server farm power draw, supporting the green infrastructure initiatives favored by tier-one providers.
To achieve true hyperconverged performance, we engineer systems that support RoCE (RDMA over Converged Ethernet) and Fiber Channel protocols using Emulex HBA solutions. Disaggregating storage from compute tasks allows high scalability without risking processing efficiency, laying a foundation for scalable private cloud architecture.
Every industry faces distinct computing challenges. ZhiCloud AI matches storage capacity, system processing speed, and network throughput to these specific demands, offering stable, high-performance systems for crucial sectors.
For large cloud operations, storage performance and density determine physical footprint costs. Our server solutions, like the xFusion 5288 V6, deliver massive 36-drive bay storage setups, allowing hosts to maximize storage density per rack. This lowers infrastructure overhead while providing high reliability.
Deploying neural networks requires high bandwidth and fast GPU data pipelines. By combining GPU power with high-capacity solid-state storage (such as PM893 series SSDs) and multi-port HBAs, we enable AI startups and research institutes to train models without data transfer bottlenecks.
Corporate ERP databases must secure zero data loss while running parallel transactional queries. Our multi-socket rack servers, including the 4-socket 2488H V5, provide high memory capacity and hardware-level redundancy, keeping crucial business operations online and running smoothly.
Our manufacturing facility operates on an Industry 4.0 production framework. By integrating advanced raw material processing, automated surface-mount technologies (SMT), and detailed testing steps, we ensure that every chassis, backplane, and integrated node maintains high reliability. From material cutting to final packing, each step of the process is closely monitored:
Enterprise hardware reliability requires a structured testing approach. At ZhiCloud AI, our quality control team of 45 dedicated QC personnel manages testing procedures designed to mimic the most demanding data center environments. From stress testing components to checking system limits, we ensure every node performs reliably before shipment.
Our quality control protocols include:
Procuring enterprise hardware internationally requires careful attention to regulatory compliance, import protocols, and logistics. ZhiCloud AI helps streamline this process for buyers across North America, Europe, the Middle East, and Asia-Pacific.
All hardware nodes and enterprise systems are designed to meet standard international requirements. We provide documentation for CE, FCC, RoHS, and relevant local certifications, helping clear customs smoothly and simplify regional deployments.
We offer hardware customization services including motherboard adjustments, custom drive-bay configurations, and private label branding. Software pre-installation and custom UEFI setup are also available to align systems with your operational requirements.
By partnering with global ocean and air freight carriers, we coordinate shipments from Shenzhen directly to your facility. All equipment is packed in heavy-duty crate systems to withstand long transit times and minimize the risk of physical damage.
Our systems, including platforms based on xFusion and Dell PowerEdge architectures, undergo testing with major operating systems and hypervisors, such as VMware vSphere, Red Hat Enterprise Linux, Windows Server, and Proxmox. We configure BIOS/UEFI settings and firmware states during assembly to match your software requirements.
We provide customization across several options: CPU selections (such as Intel Xeon Scalable or AMD EPYC), memory configurations, storage choices (Enterprise SAS HDDs, NVMe SSDs, SATA drives), Host Bus Adapters (HBA), network cards, and GPU accelerators. Custom chassis branding and packaging design are also available for OEM clients.
We provide commercial documentation including HS code classifications, certificates of origin, and compliance sheets (CE, FCC, RoHS) to assist with customs clearance. Our shipping partners offer delivery services (DAP or DDP) depending on your import setup.
Every integrated system goes through a multi-stage testing process. This includes component diagnostics, performance benchmarking, high-stress thermal chamber checks, and a 24-to-48 hour burn-in test to verify system stability under heavy workloads.
Our database of over 1,200 suppliers enables us to secure essential components like memory modules, PCIe switches, and storage controllers. This network helps maintain stable production timelines and manage costs, even during high market demand.
